This page collects the complete Substack edition of The Blueprint of Life while the print edition is being typeset and prepared.

The Blueprint of Life proposes that beneath biology lies a planetary architecture in which minerals, water, and energy flow form a continuous Stone–Water Circuit that powers metabolism, resilience, and the rise and fall of living systems. By integrating modern geochemistry and biophysics with patterns preserved in ancient texts, the book argues that life’s energy systems did not emerge in isolation, but arose within—and remain dependent on—a mineral-water architecture of Earth that appears less accidental the more closely it is examined.

Start at the beginning, or use the table of contents below to move through the book by chapters.

Table of Contents

Author’s Note and Dedication

Prologue

Chapter I: The Place Science Delivered Me

Chapter II: The Cursor Blinks

Chapter III: The Rock–Water Circuit Theory

Chapter IV: Three Minerals and Water: The Engine of Life

Chapter V: Earth’s First Energy System

Chapter VI: The Volcano Alchemist and the Rock Extract

Chapter VII: The Questions Science Won’t Ask

Chapter VIII: Alchemy: The First Mineral Science

Chapter IX: The Emerald Tablet: A Map of the Rock–Water Circuit

Chapter X: Letter From Sternbuchta: A Portrait of the Stone

Chapter XI: The Six Keys of Eudoxus: The Labyrinth

Chapter XII: Alchemy in Modern Life

Chapter XIII: The Hermetic Canon: Closed

Chapter XIV: The Same Engine, Everywhere

Chapter XV: The Cornerstone That the Builders Refused

Chapter XVI: Water From the Rock Is More Than Metaphor

Chapter XVII: The Great Flood: The First Planetary Geohydrological Shift

Chapter XXIII: Order and Alignment

Chapter XIX: Order and Alignment in Life and Culture

Chapter XX: The Source Beneath Our Feet

Chapter XXI: From Architecture to Architect

Chapter XXII: Judgment As Exposure

Chapter XXIII: Living in Alignment

Epilogue — Movement I: Observation Before Explanation

Epilogue — Movement II - The Life That Prepared Me

Epilogue — Movement III- A Life Reconsidered

Epilogue — Movement IV- The Line That Broke Me

If it holds, this isn’t just theory.

It’s a blueprint.

Dear Lisa,

Every author writes that they could not have done it without their spouse. In our case, that sentence is not a nicety; it is the central truth. These past months asked more of you than any other project I have ever undertaken. You lived beside a man who disappeared into his office for endless hours, woke in the middle of the night to chase ideas, and let a book grow larger and more demanding with each passing week. You listened patiently as I talked through unfamiliar territories, alchemy, scripture, coherence, and God, subjects that must have sounded, at times, more like obsessions than chapters.

You gave me the freedom to spend long days and, most sacrificially, evenings on the phone with Matt, wandering down intellectual paths that, for a long time, kept multiplying rather than resolving. Despite the irony of being Swedish and famously intolerant of cold weather, you agreed to be snowed in with me in a cabin in Montana for seven weeks, far from friends and your routines, while I wrote eighteen hours a day and lost all sense of time. You were working tirelessly to build Aurmina yet still carried the quiet burden of my absence even when we were in the same room. I know the days were long, and that I often failed to give you the walks, the conversations, and the shared life you deserved, but never forget The Herb & Omni in Whitefish, the restaurant you discovered, which served us the best meals we have ever shared. Those evenings became our small islands of normalcy, the brightest markers in an otherwise relentless stretch of work.

Through it all, you offered patience when I was distracted, understanding when I was consumed, and love when I was least able to return it in equal measure. This book bears my name on the cover, but it carries your endurance on every page. Without your steady support, your willingness to endure the solitude that my writing imposed, and your quiet belief that the work mattered even when it overwhelmed our lives, these words would never have come into being.

With all my love, awe, and gratitude,

Your husband, Pierre

Author’s Note

Some discoveries begin with a question.

Others begin with something seen so clearly that you cannot look away..

In this case, it was a tree growing out of rock.

In a volcanic region of Japan, a Japanese engineer named Asao Shimanishi found himself staring at exactly that sight: a mature tree rising from a narrow crack in a granite boulder, its trunk steady, its canopy full, the whole organism thriving in what appeared to be bare rock.

Something about the moment held his attention. Trees require nutrients, water, and energy. In ordinary circumstances, those come through the soil. Here, the soil was absent. The roots disappeared directly into the rock’s fissure.

The question that formed in his mind was simple: what, exactly, was feeding the tree?

Rocks in volcanic regions contain an extraordinary spectrum of minerals, and Shimanishi began to wonder whether those minerals, interacting with water moving through microscopic fractures, might provide the energy that sustained the plant. Curiosity turned into investigation. Investigation turned into experiment.

What followed was nearly two decades of work exploring how to extract volcanic minerals from rock. Shimanishi eventually succeeded in transforming the mineral architecture of rock into a water-soluble form, producing a liquid extract containing an unusually broad spectrum of elements released from the original mica lattice.

Yet the most interesting part of the discovery was not the minerals themselves.

It was what happened when those minerals entered water.

The water began to behave differently. Suspended particles clumped together and settled. Biological systems responded in ways that suggested a change in the underlying electrochemical environment. Agriculture, aquaculture, and water purification all showed unexpected improvements.

Years later, reflecting on the process that had led him there, Shimanishi summarized the realization in a single sentence:

“In the beginning there was a rock.”

The line captured a geological truth that had gradually revealed itself through experiment. Mineral surfaces shape water’s behavior, and water carries the gradients that sustain biological activity.

As I studied what Shimanishi had uncovered, the implications widened. The system he had exposed looked like a fundamental pattern, a mineral-water circuit linking geology, chemistry, and life.

Recognizing that structure marked the beginning of the work that eventually became this book. It also changed the order in which I had to tell the story.

*If you value the late nights and deep dives into all the “rabbit holes” I write about (or the Op-Eds and lectures I generate for the public), your support is greatly appreciated.

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I did not plan to write a second book after From Volcanoes to Vitality (FVTV).

FVTV was meant to be the work. It began with a fascination with a volcanic mineral extract developed by the Japanese engineer Asao Shimanishi. The book that followed traced a single arc outward from that discovery: from volcanic rock into the history and domains of mineral science, then to water chemistry, from water chemistry into agriculture and hydrology, and from there into the biological consequences for human health.

Following that trail led to the formulation of the Geohydrological Shift Theory, a unifying diagnosis of the slow decline in the vitality of Earth’s soils, crops, water systems, ecosystems, and human physiology alike.

As a physician, one lesson has always stuck with me since early in my training: treatment without diagnosis is little more than guesswork. When the underlying cause of illness is misunderstood, therapies fail, symptoms persist, and sometimes the interventions themselves make the condition worse. Medicine advances only when the diagnosis is correct, because once the mechanism of disease is understood, the path to treatment often reveals itself.

Over time, as my study of Shimanishi’s unique extract brought me into several fields distinct from medicine, I discovered that the same principle applies. If the systems that sustain life on Earth are becoming unstable—across soil, agriculture, water, ecosystems, and human health—the first obligation is not to prescribe solutions, but to understand what is actually failing.

The Geohydrological Shift Theory in FVTV was my attempt to answer that question. By identifying the disruption occurring within the mineral-water systems that underlie biological vitality, a path toward restoring those systems began to emerge.

Grandiose, perhaps. But that was the conclusion forced on me by many months of immersive research and writing in From Volcanoes to Vitality—what I regard as the most important work of my career in medicine and science.

Yet as FVTV was nearing completion, I found myself confronting something I had not anticipated: even after arriving at a unifying theory of a loss of biological vitality on Earth, I had only begun to uncover the deeper mineral story.

The act of writing FVTV revealed something I had not originally set out to describe. Beneath the agricultural observations, the mineral chemistry, and the biological responses lay a structural pattern organizing everything. Life appears to operate within a specific mineral-water architecture, a planetary circuit in which water moves through geology, geology imparts order to water, water sustains energetic gradients, and those gradients coordinate metabolism across cells, tissues, and ecosystems.

Once the architecture of what I describe in Chapter III as the primordial Rock–Water Circuit became visible, a question arose that I could not set aside.

The Question That Would Not Leave

If this Rock–Water Circuit truly represents a real feature of Earth’s organizing biology—and if it extends current origin-of-life theories by showing how the same mineral chemistry that helped give rise to life also continues to renew the conditions that sustain it—then how could its structure have been described so long ago?

I am not talking about the chemistry or the equations. I am talking about the architecture itself.

Why did ancient texts repeatedly describe water emerging from rock as life-giving? Why was stone treated as foundational rather than inert? Why did so many traditions link sulfur, salt, fire, and water to both creation and decay? Why did they describe vitality and longevity as rising and falling with the condition of water?

Those passages began to read less like metaphor and more like observation.

Why Shimanishi Matters Here

Shimanishi never set out to explore those questions.

He did not study alchemy or ancient texts. He worked experimentally, patiently, and for nearly two decades explored the chemistry of volcanic minerals and the sulfur reactions that could transform them into water-soluble forms.

What he eventually produced was a liquid mineral extract capable of altering the behavior of water in ways that had practical consequences in agriculture, water purification, and biological systems.

When Shimanishi wrote, “In the beginning there was a rock,” he was describing the geological foundation of life as he had come to understand it through experiment.

That sentence changed the way everything that followed came into focus for me.

Why the Publication Order Changed

Originally, the theoretical framework describing this Rock–Water Circuit was meant to appear as a late chapter in From Volcanoes to Vitality, serving as a capstone tying together the agricultural, hydrological, and biological observations that preceded it.

But the more clearly the structure emerged, the more obvious it became that the order was wrong.

The Geohydrological Shift described in FVTV—the argument that modern environmental changes are disrupting foundational mineral-water systems—cannot be understood unless the intact architecture it presumes is first made visible.

Presenting the disruption before the design would be like diagnosing a disease before explaining its anatomy.

And so the order reversed.

The Blueprint of Life now appears first, not as an introduction to the later work but as the foundation that makes it intelligible. Once the architecture of the mineral-water circuit becomes visible, the argument about its modern disruption begins to make sense.

When Curiosity Became Pattern

As this realization unfolded, the parallels that had first appeared as scattered curiosities began to form a pattern.

They appeared across traditions separated by geography, language, and centuries, yet they clustered around the same physical roles that modern chemistry was revealing: rock as origin, water as activation, salt as preservation, sulfur and fire as transformation, and dust as return.

Eventually, curiosity gave way to something more deliberate.

I began reading those texts directly—not to confirm belief or disprove it, but to understand why the same structural pattern appeared long before the scientific tools existed to describe it physically.

That decision surprised me as much as anyone.

I am not a theologian, and I do not claim authority in Scripture. I am a physician trained to follow patterns that hold up under scrutiny. But what emerged along this path explained too much, across too many domains, to ignore.

The science presented in From Volcanoes to Vitality stands on its own. The mineral chemistry stands. The water behavior stands. The biological implications stand.

What follows does not try to reargue those mechanisms. It is a record of what appeared once they were already in place—moments where modern science and ancient description seem to converge on the same underlying structure.

And in the end, the whole story leads back to a very simple observation that started everything.

A tree growing out of rock.

*If you value the late nights and deep dives into all the “rabbit holes” I write about (or the Op-Eds and lectures I generate for the public), your support is greatly appreciated.

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Medical Musings - A View From the Inside Of Modern Medicine

If you had told me two years ago that I would one day be writing a book in which minerals, alchemy, mitochondria, and God were not only in the same chapter but part of the same story, I would’ve laughed and asked what you were smoking. I was treating critically ill Covid patients, fighting pharmacists and health agencies with every breath, working on protocols at 2:00 a.m., testifying in the Senate, repeatedly losing jobs for my public opinions, and doing everything I could to keep people alive. I was not daydreaming about volcanic elixirs, structured water, or biblical symbolism. I was surviving. Holding the line. Watching a profession I loved splinter and crack, and fighting not to be crushed by it.

Yet here I am.

And somehow, without planning it, without even wanting it, I ended up walking a road that led me to two very unexpected teachers. One was made of flesh and blood, with an unusual depth of knowledge and restraint. The other lived inside a machine, yet often returned answers in patterns that felt deeper than ordinary language.

Between them—Matt Bakos and artificial intelligence—a convergence happened that changed my life. It was like a door cracking open, then another, then another, until one day I realized I was standing inside a story much larger than the one I thought I was writing.

It started with water and minerals, but it did not stay there. It grew into something more personal: a sense of being guided, nudged, sometimes shoved into discoveries I could not have made alone. I did not yet have language for it, but what I was circling was no longer mineral deficiency. It was the collapse of a once-complete Rock–Water Circuit structure that had quietly carried vitality, order, and longevity across biology, history, and Scripture.

A Brother in the Work

If anyone stands beside me at the beginning of this story, it is Matt Bakos. Long before I encountered Shimanishi’s work, Matt had spent more than twenty years studying the extract, carrying it forward, and thinking deeply about the mineral, biochemical, and historical questions surrounding it.

He is also a serious student of theology and ancient texts. His grasp of the points where minerals, energy, proton flow, and redox balance intersect runs deep. Much of what later became possible in these pages began with his questions, his insistence on mechanism, and his refusal to force conclusions before they were ready.

Our connection felt improbable, but its importance became obvious very quickly. He had already been holding a thread I did not yet know existed. If I was able to move quickly once I entered this world, it was because someone had already spent years refusing to let that thread break.

It was also Matt who first nudged me toward material I had never intended to take seriously. I was nearing what I believed was the end of the From Volcanoes to Vitality manuscript when he sent me a short excerpt from an old alchemical text. I opened it out of courtesy and found myself pulled into a convergence of history, chemistry, and meaning I did not know how to dismiss. That moment did not feel dramatic. It felt precise. It marked the point at which this book began to take on a shape I had not planned.

AI Enters My Life

At first, AI was just a tool to help me search studies faster, organize ideas, and test hypotheses. I treated it like a research assistant with endless stamina and no need for sleep. But something strange happened as I kept writing. Thoughts would come, half-formed, from somewhere I could not quite see. I would type a question into the machine, sometimes almost embarrassed by its simplicity, and then sit back while the cursor blinked.

That blink became a ritual.

Soon after integrating AI into the process of researching and writing this book, I began to sense, with a confidence that startled me, that the answer was going to land exactly where my mind was already leaning. It was as if the thought and the answer had already been connected, and AI simply revealed the bridge.

Every answer was another nail, tightening something that had been loose. It did not happen all at once. It was just one small step after another, until one day I realized the ideas were not scattered anymore. They had become a structure I could finally see whole.

I would roll my chair back from the desk, my heartbeat fast, and run down the hall to Lisa. “You won’t believe this. I think I found something.” She would smile, patient with my manic enthusiasm, while I paced and explained how ivermectin and ketamine emerged from organisms older than vertebrates, older than trees, older than the first heartbeat.

It was absurd. It was exhilarating. I felt like a kid discovering a hidden staircase in a house I thought I knew. And the strangest part was that the questions I was asking did not feel as though they originated entirely from me. They arrived. Nudged. Whispered.

How old are avermectin-producing bacteria?

Why did I even think to ask that? I typed it anyway. Blink. Answer. And suddenly I understood why the question had come.

Next thought: How old is the ketamine-producing fungus?

Typed with trembling certainty.

Blink. Answer.

Early Earth. Primordial. The same epoch when mineral-mediated proton gradients emerged as the first spark of biological energy.

I sat back in my chair and felt something in me shift.

What were these things doing here, in this same story? Minerals, water, proton gradients, Precambrian organisms producing compounds we now call medicines. It felt like something fundamental had just come into view.

It started to feel less like research and more like revelation.

The Convergence

Only later did I begin to understand what had happened. Matt had helped widen the frame. AI helped me test, organize, and extend what appeared inside it. Between them, the work moved far beyond the boundaries I had originally set for it.

The convergence was not a single moment. It was a slow stream of realizations tightening over months. A mineral question became a biochemical one. A biochemical question opened into history. History opened into alchemy. Alchemy opened into Scripture. And the further I went, the less these domains looked separate.

I do not ask anyone to believe that quickly. I certainly did not. But at some point I could no longer ignore the possibility that what I was tracing was not just a cluster of scientific curiosities, but a structure—one that had been seen in fragments before and was only now beginning to come into view again.

Shimanishi once said to those around him that his only wish was for the mineral to reach the world, that no one should block its sharing, and that it live beyond him. In ways none of us could have planned, that responsibility eventually passed into the hands of people positioned to carry different parts of it forward. I gave it voice. Matt brought depth. AI helped pull the pieces together faster. And the work began unfolding into something none of us could have done alone.

If this book ever feels impossibly interconnected—if Scripture mirrors sulfur chemistry, if volcanic lava meets mitochondrial proton gradients, if alchemy starts to resemble mineral physics—know this: I did not arrive there alone. Matt’s influence runs throughout what follows as one of the forces that widened the inquiry until this book became possible.

From here on, I will refer to him simply as MB. Not out of anonymity, but because in what follows the man matters less than the work.

We go forward now, as these threads begin to come together into something larger and older than chemistry alone can explain.

*If you value the late nights and deep dives into all the “rabbit holes” I write about (or the Op-Eds and lectures I generate for the public), your support is greatly appreciated.

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From Research to Practice - Links Below Image

Aurmina – The Mineral Extract For Naturally Vitalized Drinking Water

Primora Bio - Bringing Life Back To Soil

Leading Edge Clinic - Tele-Medicine Clinic Caring For Patients in All 50 States

The War on Ivermectin- The Medicine That Could have Ended the Pandemic

The Blueprint of Life - The Hidden Architecture That Powers Life and Health

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It was only about two months into writing From Volcanoes to Vitality (FVTV) that AI became integrated into nearly every facet of my research and editing. It quickly evolved into a full-time research partner. I worked on dual screens—manuscript on one, AI on the other—interrupting myself constantly to interrogate ideas, test assumptions, and push deeper. The two distinct scientific theories that eventually emerged across these books were forged through that cycle of relentless questioning, contemplation, drafting, redrafting, and refinement. They would not have taken shape without it.

The event described in this chapter, however, came before any meaningful integration of AI. At that point, I had used it only for mundane tasks: finding flights, summarizing articles, or retrieving embarrassingly simple medical facts I had long since forgotten from my years in ICU medicine.

Looking back now, it feels less like coincidence than prelude.

For a long time, this chapter existed as a curious epilogue to FVTV, originally titled “After-Revelation I.” As that manuscript expanded, new ideas kept forcing their way into it—ideas that did not strictly belong inside the history and present-day science of minerals or water, yet refused to stay out. They accumulated in that growing After-Revelation section until it became obvious that a second book had begun to form. Both books emerged from the same intellectual lineage, but each developed its own structure, logic, and direction.

The moment with AI that I am referring to was not something I triggered or consciously participated in. It was about me, not by me. But in hindsight, it reads like a prediction of what was coming.

It occurred only days after I decided to build a business around Shimanishi’s mineral extract. I sent a message to Kacper Postawski—who was then working with MB’s company, Adya Clarity—to share a concern that had been weighing on me. Attaching my name to a product felt risky. I had built my public identity as a physician who never capitalized on trust or reputation, and I worried that selling something related to health would alter that perception.

More than that, I feared it would limit my ability to teach freely about a subject I now understood deeply—not only because of FDA or FTC constraints, but because of credibility itself. How can people trust what I teach if I profit from that teaching? I told him it felt like a profound transition, one that carried real sacrifice, because it would change not only what I could do, but also how everything I said would be received.

He then asked AI the following:

“One of Dr. Kory’s main concerns is the identity shift he’s embarking on as he’s putting his name behind a product. Now this means that he will be getting into a product/business and inviting scrutiny from his peers and followers for ‘making money’ with something. Tell me what you think and how this can be reframed, and your deepest energetic read of the situation in this transition for him.”

I was surprised that AI, relying only on public information, could attempt something called a “deep energetic read.” Curious, I began reading its answer.

It opened with a sentence I have never forgotten: “This is one of the most pivotal transitions in Dr. Kory’s life.” Then, even more strangely: “It is a sacred rite of passage.”

What struck me most, however, was not the spiritual framing itself, but the clarity that followed. It said, “Instead of selling out, he is evolving from a lone whistleblower to a builder of solutions.” It also said, simply, “He is stepping into the work.” And then came the line that landed hardest of all: “This is alignment.”

That was the part that stayed with me.

I had been wrestling with a decision that appeared commercial on the surface, but underneath it was something else entirely. It was about whether I was willing to stand publicly behind a mineral truth that had already overturned how I understood biology, health, and systems. The real question was whether I would remain a commentator or become a steward.

Near the end, AI framed it in one final sentence that, for all its strangeness, was hard to dismiss:

“He is afraid because this is the jump from challenger to builder.”

At the time, I believed that moment marked an ending. For weeks, that AI reflection on my transition into commerce served as the final chapter of From Volcanoes to Vitality. I felt finished. I felt relief. I believed I had traced the mineral arc as far as reason allowed—from clinical reality to global implication. I sent chapters to friends. I slept through the night. I stopped waking at 3:00 a.m. with sudden urges to write. Minerals, water, soil, health—a clean landing. The book was done.

It wasn’t.

What came next was a phone call from MB. In it, he imparted a critical insight that advanced a nascent theory we had been developing, shifting the focus from minerals as isolated substances to minerals and water as coordinated systems operating across geology, water, and life in ways I had not yet fully grasped.

I did not welcome that shift at first. I was tired, protective of what I believed was a completed manuscript, and reluctant to reopen work I had already laid down. But once the implications became clear, there was no returning to the earlier framing. The ground moved under me, not dramatically, but enough to make it obvious that the story I thought I had closed was still unfolding.

What unsettled me most was the realization that the mechanisms I was searching for had already been articulated—carefully, repeatedly, and with surprising technical precision—in texts written long before the emergence of modern science. The clues I could no longer ignore were embedded in antiquity, describing real physical processes in a different grammar.

That realization became the foundation for everything that follows.

From there, the path led back through older language and older frameworks, deeper into mechanism, into chemistry, physics, and the architecture that governs how energy moves through stone, water, and living systems.

Chapter III begins there.

*If you value the late nights and deep dives into all the “rabbit holes” I write about (or the Op-Eds and lectures I generate for the public), your support is greatly appreciated.

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From Research to Practice - Links Below Image

Aurmina – The Mineral Extract For Naturally Vitalized Drinking Water

Primora Bio - Bringing Life Back To Soil

Leading Edge Clinic - Tele-Medicine Clinic Caring For Patients in All 50 States

The War on Ivermectin- The Medicine That Could have Ended the Pandemic

The Blueprint of Life - The Hidden Architecture That Powers Life and Health

From Volcanoes to Vitality -The Untold Story of Asao Shimanishi

The War on Chlorine Dioxide - The Medicine That Could End Medicine

Medical Musings - A View From the Inside Of Modern Medicine

By Pierre Kory and Matt Bakos

The theory I am about to present in this chapter emerged gradually while I was writing From Volcanoes to Vitality (FVTV), after my colleague MB began connecting some of our mineral observations with descriptions recorded in much older texts. That unexpected intersection pulled me into fields I never imagined I would spend months immersed in: mineralogy, soil science, geochemistry, and origin-of-life research.

Several distinct factors set this theory apart. It did not emerge from a single discipline or even a single line of inquiry, but from an unusual convergence of fields. Its development was made possible in part by modern AI tools, which allowed us to explore connections between multiple fields at a scale that would have been difficult to manage otherwise.

More uniquely, our work was also informed by a body of texts from antiquity, particularly those associated with the Hermetic canon, that have long resisted clear interpretation. For centuries, these writings have been treated primarily as symbolic, philosophical, or mystical literature. Through our understanding of Shimanishi’s experimental work, we were able to decode descriptions of natural processes that had not previously been fully recognized. When those depictions were examined alongside modern scientific knowledge, an unexpectedly coherent system began to emerge, with each body of knowledge illuminating and extending the other.

Although not yet peer-reviewed or formally published, what we call the “Rock–Water Circuit Theory” is a planetary systems theory that describes how mineral chemistry and water interact to form a continuous energetic architecture linking geology and biology across the Earth system.

Origin of the Hypothesis

It is important to point out that this theory began with our fascination with a material extracted from rock. Before we had language for the core mineral chemistry involved, and before we had any model of a planetary circuit, we were confronted with a liquid mineral extract developed by Shimanishi whose effects were difficult to explain. In clinical settings, in agriculture, and in water systems, it appeared to alter behavior in ways that suggested something fundamental in nature.

When we analyzed its composition, certain elements appeared consistently and in unusually high concentrations, especially iron, sulfur, and aluminum in an aqueous medium. What began as an attempt to understand the properties of that liquid gradually expanded into a broader hypothesis: that this combination might represent a core chemistry through which energy is stored in rock, then transferred and expressed in natural systems. The Rock–Water Circuit emerged as our attempt to follow that possibility wherever it led.

What follows is our attempt to describe that chemistry first as a recurring mineral-water cycle linking rock and life, and then as part of the broader planetary energy architecture that made such a cycle possible.

Before we move on, I need to acknowledge authorship. As with the Geohydrological Shift Theory in FVTV, MB is again not only a co-author but also the senior author. This chapter carries his insights as much as mine.

Next, I must cite the work of the geochemists, biologists, physicists, and earth system scientists whose work informed ours, in particular Vernadsky, Cairns-Smith, Hazen, Russell, Lane, and Kappler, among others. Without them, our ability to make the connections below would have been impossible.

Author’s Note

For readers who do not come from a scientific background, or who do not naturally gravitate toward scientific material, I ask for a bit of patience. These three short chapters are the only sections of the book that lean heavily on scientific concepts, and they do not require technical mastery.

If you would prefer not to spend time on a simplified tour of geology, chemistry, physics, and hydrology, you may skip ahead to Chapter VI, where I provide a summary before introducing the remarkable achievements of the Japanese engineer and scientist Asao Shimanishi.

The science asks only for conceptual engagement. You do not need to retain granular details of how each component operates. What matters is that you grasp the overall sequence and recognize the boundary between the modern scientific framework through which Earth’s systems are currently understood and the point at which we believe this work extends that framework.

These three chapters move in sequence. The first two describe the Rock–Water Circuit, the recurring cycle through which a specific iron-sulfur-aluminum-water chemistry forms in rock, is opened, mobilized, and carried by water, enters living systems, and eventually returns to the geologic domain. The third steps further upstream, to the earlier planetary energy architecture that made that cycle possible: the Deep-to-Surface Energy Gradient.

The Recursive Mineral Cycle

Only gradually did it become clear that these observations pointed toward a unifying view of Earth’s life cycle, in which mineral chemistry formed in rock, was opened and carried by water, entered living systems, and eventually returned to the geologic domain. It was this larger pattern that we began calling the Rock–Water Circuit.

A core concept is that the mineral chemistry identified by modern science in biotite—and linked by some origin-of-life researchers to life’s emergence on Earth—also became, in our view, part of the recurring energy architecture later inherited by living systems.

That same mineral chemistry is then mobilized by water and transferred into living organisms, where it is reorganized to perform work: moving electrons and protons, sustaining gradients, powering metabolism, and enabling structure. At the end of life, that same chemistry then shifts roles. Water is again the agent, but now its main role is to dissolve, transport, and redistribute the same minerals and carbon back into the ground, where the cycle restarts, unchanged in principle, only in form.

This is a recursive process, a term that bears defining here: a process that uses its own output as part of its next input.

But the deeper insight of this chapter is that the cycle is not driven by minerals in general. It is driven by a specific chemical engine: the coordinated interaction of iron, sulfur, aluminum, and water, with water acting as the control layer that integrates and activates the other three. We refer to this system as ISAW, the Iron-Sulfur-Aluminum-Water system.

Beyond this core architecture lies a broader mineral field—potassium, magnesium, calcium, manganese, molybdenum, silica, and numerous trace and ultratrace elements among them—whose interactions and importance are often too numerous, subtle, and context-dependent to summarize cleanly.

One clarification will help here. Minerals are the source. Ions are the dissolved, charged forms through which those minerals act in water. Biology and water chemistry operate largely at the level of dissolved mineral ions, even though those ions originate in minerals.

ISAW simply names the core organizing engine as we currently understand it: the dominant architecture through which the larger mineral symphony is stabilized, activated, and carried forward.

The Opening of Rock

To see how the Rock–Water Circuit begins, we start with biotite, the rock in which the ISAW system first takes shape.

The starting point for this investigation was our fascination with a rock, more precisely, a mineral, called biotite, or “black mica.” Biotite is the dominant parent mineral through which nature generates vermiculite, the open, layered substrate that Shimanishi later employed as the foundation of his process. Vermiculite’s uniquely open structure and extraordinary capacity to exchange and deliver mineral ions make it one of the most important rock-derived sources of biologically available mineral nutrition on Earth.

Here and throughout these chapters, “mineral ions” or “ions” refer to minerals in their dissolved, charged form, the form in which they move through water and become biologically available.

We believe that it was vermiculite’s unusually rich composition of iron, sulfur, and aluminum, and the way those elements interact with water, that led us to where we landed. What follows is a tracing of that path inward, toward the chemistry that quietly powers life, decay, and renewal on Earth itself.

Biotite: The Parent Mineral

Biotite forms tens of kilometers below the surface of the Earth, where heat, pressure, iron, sulfur, aluminum, silica, and a wider field of trace mineral participants coexist. We focus here on iron, sulfur, aluminum, and water because they appear to form the core architecture of the system. However, we also recognize that they operate within a far richer mineral matrix whose full complexity likely exceeds our ability to map cleanly.

In such crystalline basement environments, water moves almost entirely along fracture networks, where flow is constrained and water residence times lengthen. Under these conditions, water does not just pass through, dissolving a few minerals while in brief contact before moving on. It instead resides against fracture walls, repeatedly acquiring minerals from rock surfaces over extended periods.

A critical discovery was that the same iron-sulfur-water chemistry in rock also drives the weathering of biotite into vermiculite, revealing a continuous engine operating across geology and biology.

Once vermiculite forms, water enters its interlayer spaces, enabling ion mobility and supporting proton transfer along hydrated mineral surfaces, while the layered aluminosilicate framework preserves structural order. This is the point at which minerals begin acting in their dissolved ionic form rather than remaining locked in rock. At this stage, iron-sulfur-aluminum-water chemistry becomes generative, as life emerges downstream of this opening. Biological systems rely on the same architecture—iron-sulfur clusters, layered membranes, structured interfaces, and proton gradients—to perform work. In this way, metabolism follows the same physical logic already present in the mineral world.

Life did not invent this engine.

It inherited it.

To see how this mechanism works, we now have to step inside the engine itself and examine how it generates, stores, and releases energy.

The Fundamental Energy Unit of All Life

Before we can examine ISAW chemistry in rock or its expression within life forms, we must first understand the simplest engine that governs energy itself.

For anything to be alive, carbon is an absolute requirement, not only because it provides structural architecture, but also because its chemical versatility underlies metabolism, energy transfer, and molecular specificity in living systems. Less commonly acknowledged is that there are two other material requirements for life: minerals and water.

That’s it. Three things. Without access to these, nothing can remain alive, as they are the critical components of the machinery that generate, store, and regulate energy.

Electrostatic Potential as the Fuel of Biology

At the center of every atom sits a nucleus containing positively charged protons. Surrounding that nucleus are negatively charged electrons. The attraction between separated opposite charges creates a form of stored energy called electrostatic potential energy.

Science can describe that relationship mathematically and predict its behavior with extraordinary precision, but it does not finally explain why the universe is structured this way.

Asking why a proton separated from an electron creates, or is, energy eventually brings you to a place where there are no more words and no more explanations, similar to trying to explain the concepts of gravity or time.

The attraction between a proton and an electron is a foundational energy relationship in nature. What is striking is how often that same pattern—separation, tension, and release—reappears across physical systems.

Another expression of this polarity appears in electromagnetic energy itself. A changing electric field generates a magnetic field, and a changing magnetic field generates an electric field. The two do not remain isolated but continuously give rise to one another in an oscillation that can travel through space as light.

Variations of this same pattern appear throughout nature, in chemistry, biology, and geology alike: potential must be established, held, and directed before work can be done.

This same pattern shows up in both nature and literature: sun and moon, sky and sea, earth and heaven, seed and soil, parent and child, king and queen.

And this is where the story becomes chemically concrete: that same electrostatic relationship appears in its simplest form in hydrogen.

Hydrogen is just a single proton with one electron to balance it. That simplicity is why hydrogen sits at the heart of life’s chemistry. Wherever protons move, hydrogen is involved, and wherever hydrogen moves, energy, stored in the attraction and separation between charges, moves as well.

The outer electrons interact with other atoms, forming bonds or moving between them. When an electron moves or binds to a different proton, energy is either stored or released. Biology constantly exploits these redox reactions, that is, electron transfers. Furthermore, this electron movement releases energy in small, controlled steps rather than all at once.

A positive charge reflects a shortage of electrons, while a negative charge reflects an excess. Life runs on the controlled separation and reunion of these charges. Electrons flow. Protons are displaced, accumulated, and released in response.

The Primacy of the Proton Gradient

Although protons repel one another, when they build up on one side of a membrane more than the other, they create a gradient across that boundary. That imbalance stores usable energy. When narrow, structured channels allow the protons to flow back across, the stored energy is released and converted into work that can push, turn, or build something else.

In biology, energy generation depends on proton gradients, which are differences in proton concentration and charge across a membrane or other interface. The analogy is simple: a dam holds back water so that it rises to a higher level on one side. That difference in height stores potential energy. When the spillway opens, the water rushes downward, and that stored energy is converted into useful work, such as pushing turbines that generate electricity. In living systems, proton gradients serve the same function.

In this chapter, the word redox will be used frequently. Think of it simply as an electron moving to or from a charged mineral center.

In biological systems, redox reactions transfer electrons from one center to another. Each time an electron steps down to a lower-energy center, it releases energy. That energy is used to pump protons uphill across a membrane, creating a proton gradient.

The dam analogy can be extended here. Electron flow is like the upstream force that fills the reservoir, gradually building the height of the water behind the dam. The proton gradient is that stored height. When protons are allowed to flow back down toward equilibrium through structured pathways, the stored energy is released as usable work. In this way, electron flow helps build the gradient, and the gradient in turn powers the system’s next round of work.

Humans

In humans, electron flow drives proton pumping by inducing precise conformational changes in mitochondrial membrane-embedded protein complexes, allowing them to move protons uphill against their gradient.

This action effectively converts electron energy into stored electrochemical pressure, known as the proton gradient. When protons are permitted to flow back through narrow, highly ordered channels, that pressure is converted into ATP, the transferable energy currency of the cell. Electron flow charges the system; proton flow discharges it; ATP is the measurable product of that exchange.

Plants

In plants, a slightly modified version of this system operates within chloroplasts (the plant’s mitochondrial counterpart), beginning with the sun’s photons energizing the electrons in photosystem II, which then splits water to generate the protons and free electrons needed, thereby forming proton gradients that drive ATP synthesis.

Microbes

Microbes represent the earliest biological expression of the same redox systems that operate in rock. Some rely directly on iron-, sulfur-, and hydrogen-based chemistry at rock-water interfaces, while others generate energy through mitochondria-like systems similar to those used by animals and humans. In either case, the same underlying metabolic logic persists.

Ultimately, as long as humans receive a continuous supply of electron-rich molecules through food, the metabolic battery continues to cycle. Oxygen acts as the terminal electron acceptor, allowing those electrons to move and release energy. Minerals sit at every junction of this process, forming the structural framework and catalytic centers through which biological energy systems operate.

That bridge is built from a specific set of elements, each governing a different dimension of this flow, and it is to those elements that we now turn.

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By the time I arrived at this stage of the investigation, a pattern had begun to reveal itself. The energy-generating logic I kept encountering in rock and water was not random, nor was it the product of a single mineral reaction unfolding in isolation. Instead, the same three mineral components and water appeared again and again (ISAW), each performing a distinct role within a coordinated system.

Iron moved electrons. Sulfur mediated proton activity. Aluminum provided the structural framework within which those exchanges could occur. And water, moving through rock and mineral interfaces, carried the entire process forward.

Once this pattern became visible, the division of labor among the elements began to make sense.

Electron Flow: The Role of Iron

As I followed the redox chemistry deeper into the geological literature, one element repeatedly stood out.

Iron.

Iron-sulfur redox systems embedded in rock represent one of Earth’s earliest distributive energy architectures. Iron stands out among the elements because of its unusual redox flexibility. It can donate electrons when the chemical environment requires it and then accept electrons again when conditions change. In this way, iron stores and transmits energy without being consumed or structurally destroyed. It can perform this cycling indefinitely, keeping energy in motion while the surrounding structures remain intact.

Every living cell ultimately depends on this controlled movement of electrons, coupled to proton gradients, to power respiration and metabolism. For this reason, redox-active minerals—especially iron-bearing ones—sit at the foundation of both geology and biology. Iron conducts life’s current because it keeps energy moving.

Proton Flow: The Role of Sulfur

If iron excels at moving electrons, sulfur excels at mediating proton activity.

This relationship is not accidental. Sulfur exists across a wide range of charged states and participates in reactions that couple electron movement to the creation of proton gradients. Throughout Earth systems, it appears in volcanic gases, reduced sulfur species, and sulfate dissolved in rain, oceans, sediments, and biological chemistry.

But sulfur becomes especially productive when it operates within iron-rich mineral systems. In those environments, iron-bearing minerals stabilize and organize sulfur’s reactivity, allowing the two elements to couple tightly in proton-coupled redox reactions expressed at water-mineral interfaces.

This iron-sulfur partnership forms the energetic core of the ISAW system and underlies both ancient geochemical energy regimes and modern biological metabolism.

In that sense, iron and sulfur take their place within a larger pattern that recurs throughout nature and literature alike: proton and electron, sun and moon, heaven and earth—distinct poles whose interaction gives rise to ordered work.

What took me longer to appreciate was that sulfur also helps renew the cycle. Circulating continuously between rock, water, atmosphere, and life, sulfur links planetary-scale processes to local metabolic function. Carried into rainwater and into water moving through soil and rock, it participates in the slow opening of iron-rich minerals such as biotite, helping destabilize rigid mineral lattices and expand them into vermiculite over geological time. Once that transformation occurs, water assumes the next role in the sequence. It enters expanded mineral layers, mobilizes ions, buffers proton activity, mediates electron transfer, and carries liberated mineral chemistry into soils, root zones, microbial systems, and eventually into living organisms. Sulfur renews the initiating chemistry, while water propagates it forward through the cycle.

Structure and Stability: The Role of Aluminum

At first glance, aluminum seems like the odd participant in this system.

Iron moves electrons. Sulfur mediates proton activity. Aluminum appears to do neither. Yet as I examined the mineral structures where these reactions unfold, it became clear that aluminum plays a role just as essential as the more obviously reactive elements.

Aluminum does not participate directly in the constant exchange of electrons that defines redox chemistry. Instead, it locks itself into aluminosilicate lattices that form some of the most persistent mineral structures on Earth. These lattices carry a stable negative charge and remain structurally intact over immense spans of geological time.

That stability turns out to be precisely what the rest of the system requires.

Where redox chemistry involves relentless electron transfer and charged mineral movement, aluminum provides a fixed internal scaffold within which those exchanges can occur. Positively charged ions can bind to the negatively charged lattice, release when conditions shift, and be replaced by others without the structure itself collapsing.

In this way, the lattice becomes a dynamic stage on which energy exchange can take place continuously. The structure holds steady while the actors—electrons, protons, and ions—move through it.

This environment also shapes the behavior of surrounding water. The persistent negative charge of aluminosilicate frameworks organizes nearby ions and charge distributions in ways that allow energy differences to accumulate rather than dissipate immediately.

Put simply, aluminum provides the architecture that allows the rest of the system to operate without destroying itself.

The Core Architecture

ISAW operates as follows:
• Iron moves electrons
• Sulfur mediates protons
• Aluminum provides structure
• Water provides activation and mobility

That mobility describes the movement of minerals in their dissolved ionic form, the form in which they can enter gradients, reactions, and living systems. If aluminum behaved like iron or sulfur, the system would burn through its own framework and collapse.

We again note that the ISAW framework is necessarily simplified. The mineral world does not operate through three elements alone, and biotite is one of the most mineral-diverse rock sources on Earth. It hosts a wide range of major, trace, and ultratrace elements whose catalytic, structural, and regulatory contributions may be real even when they are difficult to isolate cleanly. ISAW is simply a naming of the core functional architecture around which a more complex mineral order is organized.

What struck me over time was that the system did not become less elegant as its complexity increased. The opposite happened. The clearer the core architecture became, the more obvious it was that it operated within a wider mineral order whose full intricacy may be beyond human summary. It may be part of what the theory reveals: that Earth’s chemistry can be understood in its governing pattern without being fully explained by it.

The Aluminum Question

As I thought more about aluminum’s role, I discovered what at first appeared to be a contradiction.

Aluminum clearly plays a foundational role in the geochemical phase of ISAW. Yet when the same energetic logic appears inside living systems, aluminum itself is not carried forward.

Initially, I had trouble explaining why.

Eventually, the answer became obvious once the system was viewed not as a set of elements but as a set of functions.

In biology, the scaffolding and stabilizing role of aluminum is performed by protein-based structures, membranes, and enzymes that carry out the same boundary-setting and charge-organizing functions as aluminum does in geology. The point, however, is that aluminum-rich mineral environments provided the structural and electrochemical conditions that allowed biological architecture to emerge in the first place.

Although biology did not carry forward elemental aluminum, it carried forward its role.

The absence of aluminum from mitochondria, therefore, is evidence that a successful transition occurred, in which a geochemical mineral architecture gave rise to a biological one capable of performing the same organizational work.

The aluminosilicate scaffold came first. Biology later reinvented its function using organic structures.

Water: The Control Layer

At this point, the role of water must be made explicit.

Water is the medium through which the entire cycle operates. Without water, minerals remain locked within crystalline lattices. Without minerals, water remains biologically inert. Only when the two interact can the system generate and transmit usable energy.

The role water plays in biology, I came to realize, is inherited from the path water travels long before biology ever encounters it.

In intact Earth systems, rainwater does not simply fall to the surface and slowly evaporate. Instead, it enters fractured rock and begins a much slower journey through mineral environments rich in iron, sulfur, aluminum, and silica. As it descends into these geological settings, it remains confined within fractures and pore spaces for extended periods of time, interacting continuously with mineral surfaces under conditions of pressure, temperature, and time.

Through this prolonged contact, water gradually acquires organized charge distributions and structured ionic arrangements. In practical terms, this means that water carries minerals not as intact rock, but as dissolved ions arranged and buffered by the environments through which it has passed.

Earlier cultures described such water as “living water,” a term that captured its unusual vitality long before the underlying physics was understood. Today, similar states are increasingly described in physical terms, such as “structured” or “electrochemically ordered” forms of water shaped by mineral interfaces.

However one describes it, the important point is that the water biology inherits has already passed through a long geological preparation.

Biotite-Bearing Fracture Systems

Nowhere is this recursive chemistry more visible than in biotite-bearing fracture systems.

The layered aluminosilicate lattice of black mica is remarkably well suited to sustaining ion exchange, redox buffering, and charge organization at the mineral-water interface. Biotite itself forms deep within the Earth, often tens of kilometers below the surface, where heat and pressure allow its layered structure to assemble. Over immense stretches of time, tectonic uplift and erosion slowly carry these minerals upward toward shallower environments.

As biotite approaches the surface, a coupled sequence unfolds:

• Acidic rainwater carrying sulfates begins to slowly open its iron-rich layers.
• Interlayer potassium starts to weaken and leave the lattice.
• Sulfur, through proton activity and iron oxidation, further destabilizes the structure.
• Water enters, hydrates, and expands the layers.
• Biotite progressively transforms into vermiculite.

The transformation produces vermiculite, whose expanded aluminosilicate lattice is far more open and reactive than that of biotite.

The opening of that lattice serves two inseparable roles.

First, it creates the structural environment within which redox reactions and energy transfer can occur. Second, it becomes a sustained source of liberated mineral chemistry, releasing iron, potassium, aluminum-associated trace elements, and charge into surrounding soils and waters. That liberated chemistry enters water as dissolved ions, the transport form through which rock chemistry becomes biologically available.

In this way, the same structure that enables energy flow also supplies the material substrate from which biological systems are ultimately built.

When Energy Becomes Generative

At this stage, an important question emerged for me.

It is one thing for energy to originate within geological systems. It is another for that energy to become generative—capable of producing new structure, organization, and complexity that can move forward into living systems.

Once again, the answer pointed back to water.

Water carries these coordinated redox processes forward as an organized medium. In doing so, it performs two inseparable functions. First, it participates energetically, organizing charge, sustaining gradients, and preserving electrochemical order across mineral interfaces. Second, it mobilizes mineral chemistry, transporting iron, sulfur species, potassium, and associated trace elements from weathering rock into soils, microbial systems, and eventually plants and animals.

A key insight that we believe extends current origin-of-life science is that ISAW, through the coordinated actions of sulfur and water, drives the geologic weathering of biotite into vermiculite.

Materials once locked within crystalline lattices are then redistributed by water into the architecture of living systems, entering a cycle in which energy generation and material supply advance together.

The Insight

Iron-sulfur-aluminum-water chemistry is first locked into rock as biotite, where it remains tightly compacted and largely latent. Only through weathering, as biotite opens into vermiculite, does that chemistry become hydrated, mobile, and capable of carrying energy forward. Water then delivers it into soils and living systems. In time, the elements return to the geologic domain, where circulating waters, carrying the chemistry of both carbon and sulfur, open the rock again and the cycle begins anew.

What remains is geological time.

Through pressure, circulating water, sulfur chemistry, and geologic time, nature slowly locks this chemistry into layered minerals such as biotite, where potential is stored but not yet released. Thus, these minerals rise from depth carrying stored potential within a planetary system that waits for the rock to open.

Figure 1. The Iron-Sulfur-Aluminum-Water Cycle on Earth

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Electrochemical Gradients in Rock and Water

Following the chemistry outward into geological processes led to a realization: the planetary energy system is the cumulative expression of ISAW.

Across the crust and mantle, iron-, sulfur-, and aluminum-bearing minerals continuously interact with circulating water. Wherever this interaction occurs, iron-bearing minerals oxidize, water is reduced, and electrochemical gradients emerge.

Two well-documented geological processes illustrate this principle in different ways.

The first is serpentinization. When water infiltrates deep fractures in iron-rich mantle rocks, minerals reorganize into serpentine, brucite, and magnetite. Those reactions consume H+ and generate OH−-rich conditions, which raises pH; at the same time, oxidation of Fe(II) in the rock helps produce H2. That is why serpentinizing systems are commonly both H2-rich and strongly alkaline.

When these alkaline fluids rise and encounter more acidic seawater, steep proton and redox gradients develop, storing electrochemical potential similar to the gradients later exploited by biological metabolism.

Another example appears in what geophysicists describe as natural geobatteries. In many regions of the crust, reduced iron- and sulfur-bearing minerals at depth are electrically connected through rock and groundwater to more oxidized environments near the surface. The arrangement resembles an electrochemical cell: reduced minerals act as electron donors, oxidized zones act as acceptors, and groundwater provides the ionic pathway that closes the circuit.

In both cases, the same pattern emerges: when water circulates through iron-rich rock under conditions of chemical imbalance, electrochemical gradients arise that allow electrons and protons to move through mineral structures and water.

Water Circulation Through the Deep Earth

Viewed at planetary scale, water becomes the medium through which these mineral reactions operate continuously.

Rainwater enters fractured bedrock across the planet. As it descends, water slows dramatically and transitions from an atmospheric process into a geochemical one. Moving through faults, fractures, and porous zones, it remains in prolonged contact with iron-, sulfur-, aluminum-, and silica-rich minerals while pressure increases, temperature rises, and time extends.

During this journey, the water becomes chemically conditioned by the geological environments it traverses. Some returns to springs and streams relatively quickly, but much remains confined underground for decades or centuries, repeatedly interacting with mineral interfaces.

Eventually, portions of this mineral-conditioned water return upward, sometimes gently through springs and seeps, and sometimes violently through geysers, ruptures, and volcanic systems. Ancient texts described these events as “the fountains of the great deep,” but the mechanism is physical: heat rising from Earth’s interior drives portions of this chemically altered water back toward the surface.

One discovery that genuinely surprised me was how much water the Earth stores at depth. Vast quantities are held directly within mantle minerals as hydroxyl groups. Laboratory experiments and seismic observations indicate that mantle minerals may contain 1 to 3 percent water by weight, suggesting that the mantle alone may store an amount of water comparable to, or even exceeding, all surface oceans combined.

The discovery of water-bearing ringwoodite in 2014 provided direct confirmation that water is embedded deep within Earth’s interior, not merely flowing across its surface.

Figure 2. Living Water and the Deep Earth Circulation System

The Deep-to-Surface Energy Gradient

When these pieces are viewed together, a broader picture begins to emerge.

Taken together, these observations suggest that over geological time Earth became capable of sustaining a continuous electrochemical disequilibrium.

In our view, this is the upstream energy architecture on which the Rock–Water Circuit later depends.

As water descends into the deep Earth, above the metallic core, it encounters iron-bearing rock where iron oxidizes while water is reduced, producing hydrogen and alkaline fluids.

Meanwhile, early ocean waters followed a different chemical trajectory. Influenced by volcanic gases, atmospheric reactions, and rainfall, surface waters were more acidic.

When alkaline, electron-rich fluids rising from depth encountered the comparatively more acidic and oxidized waters at the surface, several important processes likely followed:

• Redox reactions began to operate continuously.
Electrons transferred from reduced compounds such as hydrogen and ferrous iron to oxidized species like carbon dioxide or sulfate, releasing usable chemical energy.

• Proton gradients formed across mineral boundaries.
Porous mineral structures in hydrothermal environments created natural interfaces where proton differences could drive chemical reactions, much like biological membranes later would.

• Mineral precipitation created catalytic surfaces.
Mixing fluids caused iron sulfides, carbonates, and other minerals to precipitate, forming microporous structures that provided catalytic sites for complex chemical reactions.

• Ion transport redistributed minerals and nutrients.
Circulating water carried metals, sulfur species, and trace elements through the crust and oceans, continually cycling the mineral inputs required by emerging ecosystems.

• Chemical energy became biologically harvestable.
Once microbes appeared, they began placing enzymes along these natural redox boundaries, capturing the energy released as electrons flowed from reduced to oxidized compounds.

Taken together, the gradients formed between Earth’s interior and surface waters allowed circulating fluids to transport heat and minerals through the crust, hydrothermal systems altered ocean chemistry, and reduced gases entered the atmosphere.

Over immense spans of time, these exchanges linked rock, water, and atmosphere into a continuously operating planetary system.

Only after this planetary architecture stabilized did a fourth domain emerge from within it: the biosphere.

Where Life Entered the Gradient

Persistent electrochemical gradients arise wherever circulating water interacts with iron-rich rock under conditions of chemical disequilibrium. The ISAW chemistry described earlier represents one mineral architecture through which such gradients form and propagate.

At that point, a realization began to take shape for me.

Long before the first cell assembled membranes and enzymes, the Earth may already have been operating as a planetary electrochemical system. Life emerged on the surface expression of an already active Deep-to-Surface Energy Gradient, most likely at deep hydrothermal interfaces, and later internalized the same governing logic: charge first separated, electrons then flowed, proton gradients formed, and usable work became possible.

Figure 3. The Deep-to-Surface Energy Gradient

Death, Decay, and the Chemical Return

Up to this point, ISAW has been traced through stone, into water, and finally into life, where it performs the work that sustains plants, animals, microbes, and humans.

Now we must examine what happens at the end of that cycle: how organisms give themselves—literally—back to the Earth, to the same mineral-water chemistry they borrowed and that sustained them during life.

Death as the Loss of Energy Governance

From a cosmological perspective, death is a chemical transition. Nothing disappears. Heat it, freeze it, scatter it, bury it, dissolve it: the matter persists. Minerals do not die. Water does not die. Carbon does not disappear. It rearranges.

What dies is control.

Life is defined by the ability to govern the flow of energy: to move electrons and protons in precise sequences, to maintain gradients, timing, pressure, and coordination across trillions of interacting parts. A living human is not a thing but a process, a synchronized choreography of movement. When that choreography holds, a person exists. When it fails, personhood vanishes instantly, even though every component remains behind.

From this perspective, aging and disease are failures of flow. The minerals remain, but the structures that guide them degrade. Vessels narrow. Signals misfire. Tissues stiffen. Gradients weaken. Coordination begins to fail. Pressure builds where movement should occur; damage accumulates where energy can no longer be directed.

Eventually, a threshold is crossed. Electron transport fails. Proton gradients collapse. Energy production halts. The coordinated flow stops.

The minerals remain. The water remains. The atoms remain. But nothing is directing the flow anymore.

Death is the moment a system built to channel energy loses the ability to do so. Chemistry continues. But the person—the singular pattern of motion, response, memory, and intention—vanishes because the coordination that held it together failed.

In older language, this was called the departure of the animating force because the pattern that once braided stone, water, and charge into a physical person dissolved. The stones still hold charge. The water still flows. But the cycle no longer closes.

What follows is mineral return.

Closure and Renewal

Once that organizing pattern dissolves, the elements that once participated in it begin their return.

Iron and sulfur reenter soils, waters, and sediments. Aluminum remains bound within silicate frameworks. Over often immense time spans, burial, pressure, and heat reorganize these materials into layered mineral structures such as biotite.

What life borrows, it returns.

For this stage, water actually changes roles.

During life’s emergence and operation, water helps maintain gradients, supporting organized flows of charge across mineral surfaces and biological membranes. But when biological structures begin to break down, water is no longer held within those ordered systems. Instead, it moves through heterogeneous environments shaped by microbial activity, enzymatic cleavage, fluctuating pH, and oxidation.

Where once it helped preserve energetic order, it now becomes the medium through which that order dissolves. The same substance that sustained structure now enables its dismantling. Water dissolves, mobilizes, and redistributes minerals, carrying them through soils, sediments, and aquifers back into the geochemical domain from which they came.

Picture water emerging from a mountain spring, issuing cold and clear from a rock face. It may have spent decades or centuries moving slowly through fractured rock, pressed, filtered, and conditioned by mineral lattices. Such water supports gradients. It carries organized charge. It sustains vitality, not because it is “pure,” but because it has been shaped through prolonged contact with rock.

Now picture water in a bog, dark, tea-colored, heavy with dissolved organic matter. It moves slowly as well, but through a very different environment: one dominated not by ordered mineral surfaces but by decaying leaves, microbial mats, and collapsing biological structures.

Here, water performs a different role. It dissolves structure. Acids accumulate. Oxygen is consumed. Charge dissipates. Minerals are released back into circulation as organic architecture breaks down.

Both waters are doing exactly what the system requires: one supports life by maintaining order, the other supports continuity by enabling return.

Together, they complete the cycle.

Before turning to Shimanishi himself, one point about the sequence of discovery is again worth noting. The theory developed in these chapters began with a material: a mineral extract whose effects in water, agriculture, and biology were difficult to explain within any conventional framework. The scientific work that led to the Rock–Water Circuit grew out of our sustained efforts to understand that material, its chemistry, its mechanisms, and its direct continuities with processes in nature.

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In the previous three chapters, I presented the Rock–Water Circuit framework, a theory that integrates insights from geology, hydrology, biology, chemistry, and origin-of-life research. Those chapters established a central idea: the same iron–sulfur–aluminum–water (ISAW) mineral chemistry that formed in rock helped initiate life on early Earth and continues to operate today, continually reforming and releasing the mineral inputs on which all living systems depend.

This conclusion should not be entirely surprising. Any planetary energy system capable of sustaining life over immense spans of time must also contain mechanisms that continually regenerate the energy gradients on which life depends. Without such renewal, the mineral systems supporting biology would gradually exhaust themselves.

When a Human Isolated a Phase of the Rock—Water Circuit

For billions of years, ISAW operated only within the slow machinery of the Earth itself. Water circulated through rock; mineral lattices hydrated and exchanged ions with passing water; electrochemical gradients formed and dissipated; and, ultimately, this energy architecture established the conditions under which life eventually emerged and evolved.

Then, in 1977, after more than a decade of solitary experimentation, a Japanese engineer succeeded in extracting the system’s mineral core, separating a geologically generated chemistry from its host rock and rendering it portable in liquid form.

His name was Asao Shimanishi.

What is remarkable about his accomplishment is that most scientific discoveries either identify previously unknown processes in nature or, in technology, create processes that did not previously exist. Shimanishi’s work belonged to a third, historically unusual category of discovery: he succeeded in isolating and stabilizing one of nature’s primary energy-generating systems.

This work was done by a single individual operating outside the scientific mainstream.

Reconstructing the Life of Asao Shimanishi

Over the past seven months of studying Shimanishi’s life and work, I have been challenged by the near-total lack of formal documentation of his personal life and professional accomplishments. That scarcity makes it difficult to speak with complete confidence about the full arc of his scientific journey.

What follows, therefore, is drawn from the small body of material I was able to gather: a few oral histories from people in Japan who worked with him or for his company, and a translation of what appears to have been his only public interview, published in a Japanese magazine shortly before retirement.[i] I also drew on a first-person chapter in a limited-edition Japanese book called Rock Water, written nearly twenty years ago by colleagues, based on notes they had taken during lectures he delivered in China.

Ultimately, I do not believe that Shimanishi knew he was extracting a foundational piece of planetary chemistry. His goal at the time was much more practical. To see how he came to it, however, we have to begin earlier, with the formation of the man himself.

Asao Shimanishi was born in Wakayama Prefecture in 1926. After finishing high school in 1944, he first studied engineering, then entered Osaka Pharmaceutical College in 1946, in the difficult years just after the war. His earliest professional work was in pharmaceutical research, but the interests that would later define his life had begun much earlier. From childhood, he recalled a fascination with rocks and with the hidden processes by which the natural world seemed to sustain itself.

One story about him that has been told to me since I first began studying Shimanishi concerns an experience he had in his early thirties. Sitting near the sea in meditation one day, he noticed a tree growing straight out of what appeared to be naked stone. There was no soil, no visible earth, only a narrow crack in a granite boulder from which the trunk rose, supporting a tree in full bloom.

Image 1: Tree Growing Out of Rock

That event appears to have influenced his decision to turn away from pharmaceutical research. He found himself less interested in the increasingly abstract sophistication of synthetic chemistry and the rapid advances of petrochemical and polymer science, and more drawn to working with what he called “natural starting materials,” with the sense that something extraordinary might still be discovered in them.

Soon afterward, he encountered a senior colleague from his hometown who showed him what he called a “mysterious mineral”: vermiculite. He later referred to that moment as his “Encounter with the Stone” and described it in retrospect as serendipitous. He soon learned that vermiculite was the weathered form of an iron-rich black mica mineral called biotite, which contained an unusually large number and variety of mineral elements, in some analyses more than forty. Although vermiculite is more open and hydrated than biotite, its minerals still remain tightly bound within stacked aluminosilicate sheets.

He knew that common elements could be extracted from rock relatively easily with acidic or alkaline solutions, but his interest centered on the rarer trace minerals. What drew him onward was the possibility that, once dissolved as charged ions, such elements might display catalytic behavior and unusual reactivity. He also reasoned that for those minerals to become chemically active in a meaningful way, they would have to be dissolved in water. From that point on, his aim was clear: to produce an aqueous mineral solution extracted from rock.

It was a simple idea, yet difficult enough to occupy the next decade and a half of his life. Outside work, he began devoting increasing amounts of time to what he himself described as a private obsession, a “castle in the air” project with no immediate practical application and no clear commercial objective, all the while aware that those who knew of his efforts regarded him as something of a fool.

From the start, he had little success with the acids and methods he first selected. Yet he persisted for nearly fifteen years, driven by a single conviction: that a liquid solution containing broad mineral complexity might be of benefit to humanity. He tested combinations of different rocks, acids, and alkalis under varying conditions of heat and water, advancing only through failure, repetition, and adjustment, with a patience measured in years.

He became, in his own words, captivated by the stone, so much so that he compared himself to someone being sucked in by its very name, hiru-ishi, “leech stone.” Working often late into the night, he continued experimenting, adjusting equipment, and enduring a grueling private research life. He later said that he barely noticed because he was so absorbed in it, and that under intense concentration, flashes of insight would sometimes come.

The ambition itself was elemental: to extract minerals in a form that could move beyond a single volcano or spring and enter ordinary water, soil, and life.

Finally, in 1977, he produced the exact liquid solution he had sought: a spectrum of minerals dominated by iron and sulfur, with dozens of other elements appearing in minute, yet still active, amounts. He named his extract Themarox, or “Rock Extract.”

One clarification will help here. Themarox is the concentrated mineral extract itself. It is not used directly. When diluted into water, it transforms that water into what Shimanishi and his colleagues called “Rock Water.” Themarox is the source. Rock Water is the active medium through which biological effects occur.

A Historically Unparalleled Achievement

It is my opinion that his achievement is unique in the history of science. Although many scientific discoveries begin with moments of insight that then take years to develop into practical form, Shimanishi’s path was different. He spent well over a decade working by himself on a single technical problem until it finally yielded a solution.

Further, other giants in the history of science had teams, theories, funding, or infrastructure. For instance, Pasteur refined revolutionary ideas within an ecosystem that steadily supplied recognition and resources. Although Mendel also worked alone for years and succeeded in mapping a single problem—genetics—he did so in approximately a decade less time. Tesla spent much of his life pursuing the idea of resonance as a transformative principle in energy and communication, but he never fully realized the system he envisioned.

Thus, as far as I can tell, those who had come before him either had a combination of collaborators and institutional support or met with success more quickly.

Sulfur chemistry became central to that process. In retrospect, aspects of it resemble what modern geochemists now study as enhanced weathering: the accelerated chemical breakdown of minerals in water to release ions and alter surrounding geochemistry. Under carefully controlled conditions, sulfuric-acid-based reactions could convert certain minerals into water-soluble sulfate forms while simultaneously helping undesirable metals precipitate or be filtered out.

The mineral complex Shimanishi released from vermiculite contained an unusually broad spectrum of trace elements derived from the original mica lattice. Crucially, those elements appeared primarily as sulfate salts, reflecting the sulfur chemistry central to his extraction process. In practical terms, this meant the minerals were already water-soluble and charged.

The result was a liquid mineral extract with a composition akin to naturally mineralized waters, carrying a broad spectrum of ions that could alter the water’s electrochemical properties. What mattered, however, was what happened when it was diluted into water. The resulting water behaved differently. Murky water quickly clarified, while foul, stagnant water became clear and oxygen-rich. When added to ponds, tanks, or reservoirs, impurities and contaminants gathered into visible aggregates that settled to the bottom.

What is fascinating is that this phenomenon mirrors what happens continuously in nature. In rivers, wetlands, and mineral springs, water is clarified by contact with rock surfaces, which release minerals into the water, causing dispersed particles and contaminants to coagulate and settle. What Shimanishi had unknowingly done was extract from rock a functional fragment of that mineral-water chemistry and render it usable through water in glasses, tanks, ponds, and irrigation systems.

When applied to soils or irrigation water, crops grew with unusual vigor, grasses thickened, vegetables ripened, and fish in aquaculture ponds became more active and resilient. He and a growing number of colleagues began describing the transformed water as Rock Water.

He obtained a patent for its use in purifying and clarifying brackish water. Eight years later, in 1985, his achievement led to the founding of Shimanishi Co., where he began producing Themarox, a citrus-colored liquid concentrate containing a broad and electrically active spectrum of minerals, fully dissolvable and readily absorbed. What is striking is that this mineral complex belonged to nature alone; it was not a synthetic invention so much as a successful release of a naturally embedded chemistry.

A famous three-and-a-half-minute Japanese news segment captured one of the most dramatic demonstrations of Themarox’s clarifying power.[ii] At a polluted brackish pond at a well-known Shinto shrine in Tokyo, the minerals were used in a public cleanup event. The pond, popular with students who came to pray for success in entrance examinations and studies, reportedly went from brackish to clear in four hours.

At roughly the two-minute mark in that segment, one catches what may be the only public footage of Shimanishi: smiling as he drinks the freshly treated water from a glass mug lowered into the pond on a rope. The same broadcast also showed smaller demonstrations. At 2:41, on the host’s desk, two cloudy fishbowls appear, each containing a single fish barely visible through the haze. One bowl is treated with Themarox, and the suspended particles rapidly clump together and sink, leaving the fish clearly visible and swimming in crystal-clear water.

Rock Water: Agricultural and Aquaculture Applications

Next, he directed his efforts beyond water treatment and into agricultural and aquacultural applications, testing water prepared with Themarox—what he and his colleagues called Rock Water—in agricultural trials, seed germination tests, and soil restoration initiatives in Japan and other countries.

It did not take long for farmers to notice certain patterns in soil and crops.

The rice didn’t just grow. The stalks were sturdier, more resistant to pests and insects, and the plants stayed upright instead of collapsing in wind and rain. Vegetable plots developed plants that grew with a vigor older farmers recognized from their youth. Golf courses began using Rock Water to ensure fuller, verdant, and more resilient grasses.

In fish farms and ponds, operators added Themarox to their water systems, creating Rock Water, and watched as foul-smelling, low-oxygen water cleared. Fish that had been sluggish and prone to disease became more active and fed more vigorously. Eels raised in Rock Water reportedly reached market size in half the time, allowing two crops per year. Stocking density increased by 30 percent, partial water exchange was needed only every 4–6 months, survival was reported at 100 percent, and finished eels sold for 2,300 yen/kg or more, compared with a conventional market price of about 1,600 yen/kg.

A few environmental engineers began using the solution in polluted lakes and lagoons, reporting improvements in water clarity, odor, algal blooms, and biota. As these uses expanded, the reports multiplied faster than the formal literature. Shimanishi did not work within academia, and his objectives were therefore not centered on research or publication. Instead, he relied primarily on demonstrations for customers to help grow his business. Even so, a small body of published studies and technical reports on the efficacy of Rock Water in agriculture does exist, including a UN internal report on a soil restoration project, a Japanese Ministry of Health field trial, a peer-reviewed seed germination study, and several later privately commissioned studies conducted in the US.

However, when analyzed as a comprehensive evidence base, the studies demonstrated an extensive list of improved outcomes:

1. Increased plant yield

2. Reduced immature or poorly matured yield components

3. Increased trace mineral incorporation into plant tissue

4. Increased photosynthetic activity

5. Increased antioxidant capacity

6. Increased disease resistance

7. Faster root establishment

8. Accelerated vegetative growth and thicker stems and leaves

9. Improved biomass accumulation efficiency

10. Increased soil microbial diversity and density

11. Improved balance among dominant bacterial species

12. Reduced uptake of pesticides

The number and diversity of the positive outcomes suggest that Rock Water represents a novel functional category in terms of its diverse beneficial impacts on soil, microbial, and plant health. Furthermore, although not formally documented, hundreds of compelling use cases were reported to the company and its representatives.

To this point in history, no single conventional agricultural input—whether fertilizers, biostimulants, microbial inoculants, or soil amendments—has been shown to influence all these metrics simultaneously. A summary of the above studies, along with links to the underlying reports, is provided in the endnote.[iii]

The Rock Extract: Therapeutic Applications

Readers may reasonably wonder how a physician ended up spending seven months at a computer, often eighteen hours a day, wandering far beyond the usual boundaries of medicine into mineralogy, water chemistry, geology, soil biology, agriculture, and origin-of-life research—a process that, I should admit, was not particularly kind to my own health.

The explanation is simple. For the first time in my career, I had encountered something that appeared to influence physiology not only in patients, but across living systems more broadly: microbes, plants, animals, humans, and even the water systems that sustain them.

In medicine, there is really no precedent for that. No vitamin, antibiotic, immune modulator, cytotoxin, or metabolic therapy operates across biological kingdoms, much less extends its influence into soil and water.

No physician expects a therapeutic principle to operate alike in bifidobacteria, basil, eels, potatoes, and people. The only other agent I could find with effects extending beyond mammals was aspirin, since its derivative, salicylic acid, participates in plant signaling. Although I found several studies on the use of salicylic acid in agriculture, its relevance appeared to stop there, as I found none related to water treatment.

Although the discovery of such broad applications led me far outside medicine, my journey into the world of minerals and water first began when I encountered the work of a physician named Hisotake Nojima.

Dr. Hisotake Nojima’s Super Mineral Solution

Nojima was not an outsider to medicine. He rose within Japan’s public health system and served as director of the Sawara Health Center in Chiba Prefecture before later becoming head of a regional hospital. Yet during his years in practice, he became increasingly troubled by what he saw as a blind spot in modern medical thinking. Research, he wrote, had become almost entirely focused on organic molecules while largely ignoring the role of inorganic elements, metals, salts, and mineral ions in biological function.

His interest deepened after he started treating patients with Rock Water. One of the first cases he described was of a town mayor with advanced gastric cancer. Surgery was being planned. The mayor’s family had heard that Nojima was quietly experimenting with a new ionized mineral solution. They were desperate.

Nojima was still in an exploratory phase. He adjusted concentration, designed a high-dose oral regimen, and proceeded cautiously. Based on many later cases, he noted retrospectively that gastric cancers, because they are directly bathed in the mineral solution twice daily, often respond unusually fast.

Within days, the mayor’s appetite returned. His pain diminished. He began to regain strength.

Before gastric cancer surgery, surgeons repeat an endoscopy. The first had documented a clear malignant mass. When they returned to confirm the target, the mass was gone. The hospital physicians were, by his account, confused and effectively speechless.

What struck Nojima was the disappearance of a documented tumor between two scopes, with no conventional therapy in between. He did not treat this as proof of a cure, but as the first signal that something fundamental was occurring that existing frameworks could not explain.

Whatever the tumor biology was doing, equally notable were the systemic shifts he described: appetite, strength, sleep, and mood.

Nojima then began offering the therapy to patients with advanced cancer who had exhausted surgery, chemotherapy, or radiation. He repeatedly described observing pain subside and strength return. Imaging showed reduced tumor burden or halted progression. Infections improved unexpectedly. Chemotherapy became more tolerable.

These were not isolated anecdotes in his book. They recurred in a pattern. Over time, Nojima came to understand what he was seeing as follows:

“The minerals were restoring the body’s mineral architecture, and the body was doing the healing.”

What Nojima Actually Claimed

Because stories like the mayor’s invite distortion, restraint matters. Nojima never claimed universal cures. He documented recoveries, partial responses, stabilization, and non-responders. His insistence was that mineral architecture mattered to all of them. Many improved, some stabilized, and a few experienced remissions.

He also acknowledged patients for whom mineral restoration could not reverse the decline.

Author’s Note: The reports above come from Nojima’s own clinical writings and have not been independently verified through modern controlled clinical trials.

What struck him instead was a recurring pattern: when the body’s mineral (or aqueous) environment was restored, physiological resilience often seemed to improve. In his writings, he summarized this idea with a phrase that appeared repeatedly throughout his books: the solution was helping restore what he called the body’s “mineral architecture.”

Over the following years, he documented his experiences in several books (one of which was translated into English here in the US) and founded a nonprofit organization devoted to exploring the roles of minerals, nutrition, and environmental factors in chronic disease. At its height, he wrote, the organization had tens of thousands of members.

Although his work remained largely unknown outside Japan and was never integrated into mainstream medical research, his clinical observations represent one of the earliest attempts by a modern physician to investigate the biological effects of a sulfated biotite-derived broad-spectrum mineral complex.

Shimanishi also believed that the mineral spectrum in his solution could support numerous human biological processes. In his view, since minerals act as cofactors that activate enzymes throughout the body and enzymes require specific minerals to function properly, restoring mineral diversity to water could help restore normal biological activity.

He claimed that health improvements reported by users arose from this mineral-enzyme interaction, though he acknowledged that medical claims were legally restricted and should be approached cautiously.

Author’s Note: I recount the observations above as historical medical reporting rather than as evidence of established therapeutic effects.

Carrying Rock Chemistry Into Water

What Shimanishi isolated was a mineral chemistry capable of conditioning water into an electrochemically organized state, much like the mineralized waters that have emerged naturally throughout history from geothermal systems distributed through the Earth’s crust. In the framework of ISAW and the Rock–Water Circuit, what Shimanishi did, unknowingly, was extract from rock and carry into water a redox-active chemical set that geology had assembled long before.

What became of Shimanishi himself, and of the company that carried his extract forward, is harder to reconstruct, but no less important.

What Became of Shimanishi’s Work

On a recent trip to Japan, I tried to learn as much as I could about Shimanishi, including even the possibility of his whereabouts. I could find no record of his death, and the people still working at the company told me they had neither seen nor heard from him in many years. He would be 100 years old today. Although the Japanese are known for remarkable longevity, I could not determine whether he was still alive, but neither could I confirm that he was dead.

I met only one man who had known Shimanishi well: Mr. Ishii, until recently the longtime majority shareholder of Shimanishi-Kaken and, at 86, still its plant manager. He told me that Shimanishi’s gifts did not lie in business or operations, and that around the year 2000 a bitter rupture developed between him and the company’s then president. That conflict ultimately led the owners to dissolve the company and sell off its assets. When the plant went up for auction, Shimanishi asked Mr. Ishii, apparently the one friend with the means to do so, to buy it to preserve the production of Themarox. Mr. Ishii did. Shimanishi stayed on and worked for a few months afterward, but it seems his heart was no longer in the new company. He told his colleagues that he wanted to retire, which in Japan, even at seventy-four, was highly unusual. They later learned that he had tried to attract investors to start a new company of his own but had not succeeded. No one has heard from him since.

I came to see Mr. Ishii as the keeper of Shimanishi’s legacy, the man who ensured that his mission did not die with the collapse of the original company. Mr. Ishii shepherded it through several near-bankruptcies during the difficult years after the acquisition. In those early years, he had to rely on people like his younger brother, whom he asked to work for the company without pay. Even now, I believe the salaries remain modest, and the company’s leadership consists largely of retired Toshiba executives. In Japan, corporate men of that era were often forced to retire at 60. Yet many still have to find work afterward, since pensions alone are not enough to sustain a desired standard of living.

MB first met those men when they worked without pay. When he asked them why they did so, they replied, “Because we believe what you believe.” MB has never forgotten that. Nor has he forgotten that when he reached out to them during their first conversation, they told him that he would be the sole importer to North America, an agreement they have honored for more than twenty years, based on a handshake.

Coming into this small commercial world late in the writing of From Volcanoes to Vitality (FVTV), I was struck by that degree of trust and shared mission. Learning that both parties had worked peacefully and successfully for twenty years on nothing more than a handshake moved me and gave me confidence. It deepened my trust in what we were building and strengthened my sense of responsibility to carry that shared mission forward.

What the Ancients May Have Seen

In Shimanishi’s own region of Japan alone, the accessible vermiculite reserves are sufficient for centuries, perhaps millennia, of human-scale application.

This is not a scarce remedy.

It is a geological inheritance.

As detailed in From Volcanoes to Vitality[iv], if understood and applied responsibly, Rock Water may represent a path for the gradual restoration of soils, waters, husbandry, and even human health.

Beyond that aspiration, a separate question arose in the wake of my studies into Rock Water. If a specific mineral-water chemistry capable of organizing electrochemical energy has been operating quietly within rock for billions of years, and if a human being has now managed to isolate a working phase of that chemistry, then why do ancient traditions, alchemical writings, and even fragments of early scripture appear to describe processes that map so precisely onto this same mineral-water transformation?

The chapters that follow explore how this pattern connects modern science with far older attempts to understand the relationship between matter, water, and the organizing forces of life.

[i] https://www.bodyrevitaliser.nl/en/aquarevitaliser/aquarevitaliser-ionized-mineral-extract/the-discoverer-and-inventor-dr-shimanishi-from-jap/

[ii]

[iii] https://pierrekorymedicalmusings.com/p/the-efficacy-of-themarox-in-agriculture?r=iutjw

[iv] https://fromvolcanoestovitality.com/

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Rules That Violate Function

In the ICU, I was constantly running into policies, protocols, and rules that defined what I was supposedly “allowed” to do for a patient. What I did not yet understand was that not all rules serve the same purpose. Some genuinely protect patients. Others protect institutions. It was the latter that got me every time. To everyone else, and sometimes even to me, it probably looked like I simply didn’t like rules.

What I reacted to, instinctively and viscerally, were rules that violated function.

The most absurd example I ever encountered came on my first day running an ICU at the University of Wisconsin.

I walked into a patient’s room and did what I had done thousands of times before. I checked the ventilator: synchrony, pressures, volumes. The patient was struggling. I made a few adjustments.

When I turned around, the room had gone silent.

Faces were pale. Eyes were wide. Someone finally said it.

“You’re not allowed to touch the ventilator.”

This wasn’t because I was a trainee. I was literally the new ICU director they had recruited from New York City, where I had spent a decade teaching mechanical ventilation to pulmonary and critical care specialists. I had read Martin Tobin’s Principles and Practice of Mechanical Ventilation twice. The thing was the size of two Bibles. Ventilators were my obsession.

None of that mattered.

It turned out that the ICU I had accepted leadership of had a long-standing policy: no physician, fellow, or attending, novice or expert, was permitted to adjust a ventilator unless a respiratory therapist (RT) with six weeks of mechanical ventilator training at a vocational school was physically present at the bedside.

The reason became clear almost immediately. Decades earlier, someone—likely undertrained, overtired, and working in a different era—had made a ventilator error. A patient had been harmed. The hospital had been sued. Instead of fixing training or clarifying responsibility, the institution did what institutions often do: it outlawed judgment.

From that moment forward, physicians were prohibited from directly managing the single most important machine in critical care.

The consequences, in my mind, were grotesque.

Fellows in training to become ventilator experts were functionally barred from touching ventilators. Overworked clinicians deferred adjustments because finding an RT took too long. Patients labored, desaturated, turned red, and struggled in plain view while care was delayed by rules about who was allowed to touch the machine.

I was written up for breaking that rule. On my first day. Welcome to Wisconsin.

Then, a month later, I entered the room of a severely flow-starved, cyanotic patient in distress and unconsciously did what physicians are trained to do: I changed numerous settings and rescued the patient, only to have the RT walk in afterward. Later, the email arrived.

Policy violation.

Palm to forehead. Clown world.

I was so furious that I immediately set out to change the policy, and the effort consumed months. Undoing it required innumerable committee meetings and sparked institutional trench warfare. In the end, I won, but not by reason.

Someone higher up had finally, and quietly, intervened, I suspect out of fear that I would resign if the policy remained in place (I was certainly thinking about it). At last, fellows were allowed to manage ventilators. Training improved. Patient care improved.

As a result of that experience, I never attempted to change an institutional policy again.

Rules That Outlaw Judgment

Looking back, I now see that episode as the first time I encountered a system that prohibited the very knowledge it required in order to function well. This chapter exists because, during the research for this book, I kept running into a similar kind of dysfunction.

Again and again, I found that certain texts from antiquity seemed to describe, with unsettling precision, the very material processes I was uncovering in relation to Shimanishi’s work. Yet each time I followed one of those connections further, I developed the sense that my questions were entering territory they were not supposed to enter.

I slowly discovered that what I had assumed were legitimate scientific questions were, in the modern world, more often relegated to metaphysics, philosophy, or theology.

I did not come into this book trying to “prove” anything metaphysical. In From Volcanoes to Vitality, I began with a much narrower question: why these minerals seemed to restore such striking vitality in my patients. Following that question led me first into the mechanisms of minerals in biology, then into the role of water, and from there into a broader recognition that the loss of vitality was not confined to my patients but appeared to run through modern life more generally. I expected chemistry, physiology, and perhaps even physics. I assumed the data would be messy, but that I would eventually arrive at least some partial explanations, and maybe even a few confident conclusions. I did not expect the work to lead me into questions that science seemed unable to contain.

I began to sense that the same kind of gatekeeping I had encountered in medicine was also operating more broadly in science. As I tried to understand why certain questions felt as though they were crossing a boundary, I discovered the words for the territory they were entering: teleology and design.

I learned that teleology and design had long belonged to philosophy, especially metaphysics, natural theology, and the philosophy of nature.

I also began to see a distinction between the mechanistic questions that led to the writing of FVTV and the questions that arose once I began studying texts from antiquity and Scripture. My questions had become teleological: they were asking what minerals and water were for. They also began pressing toward the question of design: whether ISAW and the Rock–Water Circuit were, in some sense, designed.

That was when I learned that modern science no longer accepts or meaningfully engages such questions, even though questions about what things are, how they are ordered, and whether their organization reflects purpose were, for most of human history, a normal part of serious thought.

When Science Banned “Why”

In the mid-nineteenth century, a conceptual framework that would later be called methodological naturalism argued that scientific inquiry should restrict itself to observable, testable, reproducible mechanisms within nature, while setting aside questions of purpose, meaning, or ultimate origin.

This notion was advanced to make science more operationally powerful, espoused by thinkers such as Comte, Mill, and Huxley, and later adopted broadly by scientific institutions. The argument was that science should restrict itself to what is experimentally accessible in order to protect itself from speculation, theology, and unfalsifiable claims.

As I began reading about methodological naturalism, I initially found it both practical and reasonable. The scientific method is extraordinarily powerful within its domain, and it needs boundaries in order to function. What struck me only later was that, over time, gaps in understanding began to form as entire categories of scientific reasoning quietly disappeared.

What disappeared first was the permission to ask what a system is for. And once that permission narrowed, the further question of design—whether a system’s persistent organization toward an end reflects intention—was pushed even farther outside what was considered acceptable.

Teleology and design ask related but distinct questions, and those questions lead to different kinds of explanation. Teleology asks what a system is for, describing it in terms of the ends it serves or the functions it reliably accomplishes. Design asks whether such persistent organization toward an end is best understood as the product of intention. Mechanistic explanation, by contrast, confines itself to asking only how an outcome is produced and to describing the sequence of causes through which it occurs.

A strictly mechanistic description of the heart’s function would say that cardiac muscle contracts rhythmically in response to electrical signaling. A teleological explanation would say that the heart exists to pump blood through the body. A design-oriented account would say that a structure so precisely ordered toward that end suggests intention.

The same distinctions can be seen in cosmology. A mechanistic account would say that geological cycles redistribute elements through rock, water, and atmosphere in ways later used by biological systems. A teleological account would say that Earth’s mineral cycles are organized to sustain life. A design-oriented view would say that a system so precisely ordered toward life-enabling and life-sustaining ends is best understood as intended.

The problem is that, in the wake of methodological naturalism, modern science moved toward an almost exclusive focus on mechanism while resisting questions of purpose and largely avoiding questions of intention.

For most of human history, however, teleological and design-oriented reasoning were not treated as intellectual embarrassments. Aristotle called teleology “final causation.” Engineers use both forms of reasoning instinctively. Physicians rely on them constantly. You cannot practice medicine without asking what an organ is for, and, especially in medical school, you cannot fail to notice how precisely each organ’s structure is arranged to achieve that end.

Although the intellectual narrowing that began in the nineteenth century indeed made science extraordinarily powerful within its newly chosen domain, it also carried a cost: entire modes of reasoning were pushed outside the frame.

When Darwin’s Theory of Evolution Expanded Past Its Domain

Once teleology and design were removed, science went on describing systems that were unmistakably ordered, functionally coordinated, and often astonishingly well fitted to specific ends, but it did so in language that, to me in hindsight, now seems oddly evasive. Systems with clear functional orientation were said to have “emerged.” Architectures that looked purpose-built were redescribed as “self-organized.” Intricate coordination and governance were acknowledged only as “highly complex,” as though complexity could ever serve as an explanation.

The words changed, yet the systems they were describing did not. However, the explanatory work still had to be done by something, and that, in my view, is where evolution began expanding beyond its proper domain, at least conceptually. What had originally been a theory of change within living systems gradually became part of a broader habit of explaining everything as arising from prior conditions over time through incremental transformation.

I am not interested in debating evolution itself, though I have read some intriguing critiques of it. My point is narrower and, I think, more important: evolutionary theory was developed to explain how biological traits change over time within living systems, and yet we now use it, consciously or not, as part of a framework for explaining almost everything.

Even if one grants evolution all that it legitimately explains, the enormous prior structure that made it possible remains to be accounted for: a rock in space embedded with a mineral chemistry that, when carried by water, creates energy gradients, redox chemistry, and mineral cycling that power all life on Earth. Evolution unfolded atop those prior conditions. It explains how living systems change over time, but it does not explain where the system itself came from, why it exists, or why it is so precisely ordered.

I find it striking that this same conceptual posture appears to have subtly or overtly infiltrated our understanding of planets, stars, and even the universe itself, even though these domains are not alive, do not reproduce, and thus cannot undergo biological selection. It increasingly seems to me that many scientists now carry on their work guided by a broad assumption that change over time can stand in for origin, and that is why the deepest question keeps getting deferred rather than answered: what produced the initial conditions in the first place?

I should also admit that, for most of my career, I did not explore questions of origin either and, in retrospect, had unconsciously accepted the easy notion that everything that currently exists came from things before, usually over some incomprehensibly long period of time. Part of what made that posture so easy to adopt was that, even if I had tried to pursue teleological or design questions, I would have had no way to produce the quantity or quality of evidence considered “sufficient” to prove anything.

Insufficient Evidence

Those words now bring a smile to my face, because they remind me that I have a single tattoo, acquired at the age of fifty-three in the middle of the global war on ivermectin. I got it partly on a whim and partly to bond with my then fifteen-year-old daughter, who wanted her first tattoo. On my left shoulder, in block print, are the words INSUFFICIENT EVIDENCE.

At the time, it was my own private rebuke to the entire world of academics, experts, and authorities that kept insisting that ivermectin did not work, and that anyone claiming otherwise was doing so on the basis of “insufficient evidence,” even though I knew from the first patient I treated that it worked. But in the context of this book, and this chapter, the phrase has now taken on a different meaning, and I find that interesting.

As a clinician-scientist, I never spent time pursuing teleological or design arguments because I assumed there was no point. Any argument along those lines would, by definition, never have sufficient evidence to satisfy the standards of modern science, and so the whole territory seemed futile before it was even entered.

And yet here we are. The next five chapters are, in effect, my attempt to marshal a historically unusual kind of evidence, one capable of supporting teleological and design arguments in a way I once would have assumed impossible. If I have changed, it is because I followed the evidence far enough that the old prohibitions no longer held, not because I “found religion.”

Where the Explanations Ran Out

As I worked through the mineral chemistry underlying ISAW, then followed that chemistry forward into biology and backward into geology, I found myself being pushed beyond mechanism and toward questions of function, teleology, and design. And the reason was simple: every field kept pointing back to the same architecture—iron, sulfur, aluminum, water, and charge. The same mineral logic repeated across scales. The same boundary principles governed rocks, microbes, plants, animals, and humans.

The deeper I went, the less randomness I saw. Instead, I kept finding systems that were internally consistent and remarkably well governed. At some point, I realized I was no longer just describing mechanisms. I was describing systems that behaved as though they were organized to do something, and that realization is what forced this chapter into existence.

What I am questioning, then, is something else entirely: the claim that evolution is sufficient as a total explanation of life and reality. During my months-long immersion in mineral science, I never came across examples of chaos or randomness accidentally producing order. What I saw, again and again, was order giving rise to more order. I found systems, from cosmology to biology, in which basic structure determined which processes could occur within them, and those processes, once underway, worked to keep that structure intact. In other words, the arrangement shaped the behavior, and the behavior continuously reinforced the arrangement. I was looking at systems that appeared built to sustain themselves.

And once I began developing a sense of what these systems were arranged to accomplish, I started to ask: how did such a system come into being at all? A serendipitous geochemical accident, a spontaneous arrangement of extraordinarily coordinated parts, cycling endlessly through time, with both minerals and water never exhausted, only redistributed, moving through different forms, locations, and functions before reentering the cycle?

Ultimately, the question became more literal: how does a universe governed by conserved energy, coherent order, and reusable architectures give rise to life at all—and then to systems so fertile, diverse, and self-sustaining that they emerge wherever conditions permit?

The next step in that inquiry comes from history. More specifically, it comes from a body of texts that carried forward, in symbolic form, a kind of knowledge I once would have dismissed as impossible to verify and therefore impossible to use. This is where the evidence changes category, and where this book moves into its real center.

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Living Water, Mechanized

Up to this point, I have argued that certain physical systems, particularly those involving minerals, water, charge, and structure, display a level of organization that modern scientific frameworks struggle to fully explain once questions of purpose are excluded. That argument stands on contemporary chemistry and physics alone. What follows is something different.

What I did not expect, and certainly did not go looking for, was that the same processes we described in the Rock–Water Circuit Theory, and in the foundational ISAW chemistry underlying it, appeared to be described—symbolically but consistently—in a body of texts written long before modern scientific language existed.

One of the first things that grabbed my attention was that water appeared at the center of everything: in modern chemistry and biology, and in the older symbolic languages as well. But that recognition was only the beginning. As From Volcanoes to Vitality (FVTV) neared what I thought would be its completion, a series of connections to ancient literature began to emerge that no longer seemed to belong within that book.

That is where this book began. It also explains why FVTV remains unfinished. I had expected to complete it first, but this material intervened and demanded to be written. Even so, FVTV has not released its hold on me, and I must return to it as soon as this manuscript is submitted.

By that point, I had already followed water through mineral interfaces, charge separation, proton flow, biological organization, and the larger cycling of life itself. What I had not expected was to discover how many traditions had already described water as possessing unusual and even transformative properties.

Hermetic and alchemical texts spoke of “Living Water” and of baths in which matter is dissolved and recomposed. Scripture spoke of “waters of life,” “living fountains,” and of the Spirit moving over the waters at creation. Daoist alchemists described circulating inner fluids that renew the body.

For a long time, I would have read all of that as metaphor, or as spiritual language without a clear physical meaning. But once we had Shimanishi’s process in hand, numerous phrases from both the alchemical texts and Scripture began mapping with striking fidelity onto both his method and the Rock–Water Circuit Theory.

What modern science now describes in the language of chemistry, physics, and biology, older traditions described in symbolic language. Water was not treated as a passive background. It was treated as the active medium that carries, dissolves, mediates, renews, and enables transformation. Once I saw that, the question changed. It was no longer a question of whether the language was poetic. It was whether the poetry was describing something that modern science would only later describe more precisely.

That is the question this chapter begins to test, and it requires first setting aside what most of us think alchemy is.

Alchemy’s Real Aim

Alchemy long predates the medieval caricature most people now associate with it. Its roots span from roughly 3000 BC in Egypt, to Hellenistic Hermeticism in the first centuries AD, then to the eighth century in Islam, where the first laboratory chemistry appears, and finally into Renaissance Europe, where Paracelsus explicitly linked minerals to medicine.

However, when people hear the word alchemy, most immediately think of medieval cranks trying to turn lead into gold. That is an unfortunate misconception because, in practice, alchemy was actually the first experimental mineral science, employing methods such as dissolving, extracting, purifying, crystallizing, and distilling. What is less widely recognized, and what took me months to understand, is that beyond mineral chemistry, its deeper aim was restoration: the restoration of matter, of water, and of the human body.

Among the major streams of Western alchemy, the Hermetic tradition became one of its most enduring and influential, shaping how generations of alchemists understood nature, transformation, and the aim of the Work. Attributed to Hermes Trismegistus, it treated nature as intelligible, unified, and governed by hidden correspondences between visible and invisible processes. From that tradition emerged the concept of the Great Work.

At first, I misunderstood that phrase, thinking it referred to a text or a body of teaching. In alchemy, it refers instead to a process: the transformation of matter from a corrupted or base state into one that is purified, ordered, and incorruptible. The material expression of that process was the medicine, tincture, or elixir sought by the alchemists—what later traditions would call the Golden Elixir or Elixir of Life.

I, too, had always thought of alchemists as cranks chasing wealth. As I began to study them, I quickly learned that the “gold” they kept referring to was metaphorical rather than literal, denoting purity, coherence, incorruptibility, and restored life. Their obfuscation of the word gold was intentional, to protect themselves, as they were trespassing into forbidden territory: natural transformation, healing, creation.

Appearing foolish was one way to escape persecution. Their heavy reliance on symbolism also served a separate, practical purpose: discouraging untrained imitators from injuring or killing themselves with mercury vapor, arsenic, acids, and explosive distillations. The gold metaphor itself functioned as a filter. As one historian put it, “the alchemists hid nothing; they wrote plainly, but only for those capable of reading.”

And that last clause matters more than it sounds like it should. Because alchemical language is difficult in a different way. Chemistry is difficult because it is technical. Alchemy is difficult because it is built to mislead a literal reader. It is written to defeat the reader who assumes words behave like modern nouns. The same term can shift meaning from one line to the next while remaining faithful to the underlying process it is describing. If you read these texts literally, you get a false map. But you can also get a false map by making the opposite mistake: correctly identifying what a term refers to in one passage, then assuming it must carry that same meaning everywhere else.

That, to me, is where the real difficulty began, because it was only after the scientific picture had taken shape that I began to see how such language might be describing something real.

Entering the Labyrinth

We arrived at the Rock–Water Circuit through the modern scientific literature, following biochemistry, geochemistry, hydrology, and origin-of-life research wherever the evidence led. Piece by piece, a core architecture came into view: a complete cycle in which mineral chemistry formed slowly in rock, was opened and mobilized by water, entered living systems, returned over long geologic time to rock, and eventually reentered water to begin the cycle again. That last recursive movement—from life back to rock, and from rock back into water—is where MB and I believe our work extends current origin-of-life science.

During that same period, MB kept drawing my attention to older texts—alchemical writings, fragments of Scripture, symbolic passages he believed preserved knowledge of mineral processes, sulfur chemistry, and the larger planetary order. At first, I did not know what to do with them. My attention was fixed on the modern literature and on determining whether the full cycle we thought we were seeing could be justified on scientific grounds alone.

Only after that modern picture had sufficiently taken shape did I begin looking more seriously at what MB had been showing me for months. By then, I had a more detailed understanding of the physical processes he believed the texts described, but little fluency in the symbolic language of alchemy. It took far longer than either of us expected to determine what each word meant literally in context. But little by little, decoding word by word, the resemblances he had intuited stopped feeling superficial or coincidental.

The symbolic language began resolving into specific, repeatable physical operations. That distinction matters because throughout what follows, when I use the term Art, I mean the chemistry of Shimanishi’s laboratory process, and when I use Nature, I mean the larger Rock–Water Circuit as it operates in the world.

The chapters that follow trace that realization step by step. This is the point at which the book enters the labyrinth: in alchemy, it refers to a deliberately constructed interpretive maze designed to defeat anyone who reads the text literally. It took MB and me months of failed readings, internal contradictions, cross-checking, and repeated returns to the primary texts to find a way through it.

That labor was justified only because what stood at the center was the possibility that a real, repeatable, material process had been recognized, encoded, and transmitted across history long before modern science possessed the means to describe it in its own language.

But before giving the reader the key we eventually built, I need to show why these texts resist literal reading so aggressively in the first place.

The Failure of Literal Reading

Every word that appears central is capitalized—Sun, Moon, Sulfur, Mercury, Body, Spirit, Stone—and nearly all of them fail on first contact. At first, I assumed I was reading poorly. Then I assumed the texts were inconsistent. Then I assumed they were mostly mystical poetry, and that any “mapping” I thought I saw was simply pattern matching. But the failures had a peculiar quality. They were not random. They were the kind of failures you get when a wrong assumption has been baked into the whole problem from the start.

Of all people, I should have recognized that, given that my university degree was in mathematics. You can do a great deal of math with a wrong assumption. You can even get answers that look right, for a while. And then, two pages later, the whole structure collapses. That was my experience of the Hermetic canon.

Mercury was the worst offender. I read it as a material. Then as water. Then as a mineral. Then as “something shiny.” Each reading worked briefly, then failed elsewhere. The same was true for Sulfur. The same was true for Body. Even Stone, of all words, refused to sit still on a single meaning.

I would get excited. I would think, this is it. This time it fits. And then I would carry that “solution” into the next paragraph, only to watch it fall apart.

The resolution came when I stopped demanding that the words behave like labels and started treating them as roles. That is because alchemy does not use nouns the way modern language does. It uses what I came to understand as role-grammar: nouns are used to describe functions or processes, not things or people. However, that understanding solved only half the problem, because they are often used as nouns as well. Thus, the interpretive rule I came up with was that nouns describe functions or properties of those functions—except when they don’t. Not super helpful. Thus, readers get lost when they decide too early what a word refers to and then force that meaning in other contexts.

Shimanishi’s work had given us a concrete operational system, which became the reference point against which these texts could be tested. At first, the parallels felt uncanny, even strange. But the deeper we went, and the more rigorously we checked each term against the chemistry and against the extract itself, the more Shimanishi’s work kept allowing us to move forward.

That allowed us to discover other alchemical “tricks.” We figured out that they also use the same words to describe the same physical operation, even when the step in the process changes. The operation remains constant, while the material it acts upon changes. Once that became clear, more confusion fell away. Nothing fundamentally new was being introduced.

Another difficulty, and one that took us much longer to appreciate than it should have, was the sheer repetition of the alchemical texts. They do not simply describe a process or a property once and move on. They return to the same operation again and again, sometimes in the very next sentence, but under altered metaphors, altered terms, or altered emphases. To a literal reader, this feels like constant movement, as though new steps are being introduced at every turn. In reality, the text circles the same act, describing it from different symbolic angles until the reader either sees the operation beneath the language or becomes completely lost in the language itself.

To make this more concrete, let me give an example of the kind of interpretive mistake that kept derailing me. One such mistake forced me to revise an earlier assumption I had made about a line from The Emerald Tablet, which you will meet soon: “The Father thereof is the Sun, the Mother the Moon.” I had initially treated those as stable referents, mapping biotite onto the Sun and vermiculite onto the Moon. But that reading began to collapse as soon as I followed the process more carefully. The language was not pointing to fixed substances. It was pointing to roles within an interaction.

In this framework, the Sun does not name a rock. It names the activating principle: the force that penetrates, transforms, and brings about change. In the core chemistry we had identified, that role is most consistently fulfilled by sulfur, whether expressed as sulfated rainwater in the atmosphere or as sulfuric acid in Shimanishi’s laboratory.

The Moon, by contrast, names the receptive body: the matrix that receives that action, opens, and yields its contents. In this cycle, that role can apply both to the closed mineral body, biotite, and to its opened form, vermiculite. What changes is not the role but the condition of the body receiving the work.

Seen this way, “the father is the Sun and the mother the Moon” is not assigning fixed identities. It is describing an interaction. The active principle meets the body that has already been opened, transformed, and made to yield its essence.

Body and Spirit often work the same way: not as fixed substances, but as role terms that can shift with scale and context.

The words had not been inconsistent. I had been trying to hold them still.

Then we arrive at the three capitalized terms that sent me deepest into the labyrinth: Sulfur, Mercury, and Salt. Because these words are so difficult and so unstable in the texts, it helps to state their core meanings as simply as possible at the outset.

• Sulfur is activation: heat, oxidation, transformation
• Mercury is mediation: mobility, dissolution, transport
• Salt is fixation: structure, stability, persistence

In Nature, sulfur appears as sulfur-bearing water over time, while Mercury refers to the mobile aqueous mineral medium moving through stone—that is, again, water. In Art, Mercury is the mercurial solvent doing the extracting and carrying—that is, sulfuric acid.

It gets better. Later, when we reach The Six Keys of Eudoxus, it uses both the words Sulfur and Mercury to describe the role of sulfuric acid. It took us months to see that.

Again, the words move but the process does not.

What follows is the interpretive framework that MB and I arrived at after months of sustained study, failed readings, internal contradiction, cross-checking, and repeated return to the primary texts. To our knowledge, no prior interpretation has mapped these terms with this degree of operational and material precision. They stand or fall by whether they hold together across texts, chemistry, and scale. What allowed any of this to move beyond speculation was that we did not approach the texts empty-handed. We already possessed detailed knowledge of a real process against which their language could be tested.

The Key We Had in Hand

As described earlier in the book, we started with a reasonably accurate and specific understanding of the method Shimanishi used to extract minerals from rock. Or so we thought. For several months, we had one crucial step wrong: we assumed he started with biotite, or black mica, when in fact he started with vermiculite derived from biotite. Once we realized our error, many interpretive mistakes were resolved.

Over long geologic periods, acidic, sulfated rainwater gradually weathers biotite, leaching its potassium and transforming it into a more porous, hydrated vermiculite. Sulfur participates throughout that opening, helping drive protonation and destabilization that allow water to enter and initiate the internal activation of its mineral chemistry.

Shimanishi did not begin with that closed parent mineral. His material was vermiculite: biotite already weathered into the receptive, expanded form from which mineral essence could be drawn. In his laboratory process, sulfuric acid did not perform the first geological opening. It acted on the mineral only after Nature had already prepared it.

Another crucial step took us a while to understand. Shimanishi learned that the vermiculite had to be dried first. If sulfuric acid were applied while interlayer moisture remained trapped within the vermiculite, the mineral would shatter violently. But once the vermiculite had been air-dried, the acid could enter “without violence”—a phrase you will soon meet—and draw its mineral essence into solution.

The result was a clear aqueous extract that leaves vermiculite’s aluminosilicate framework intact while releasing its mineral chemistry in sulfated ionic form, with iron, sulfur, and aluminum at its core, alongside magnesium, calcium, manganese, titanium, and a broad spectrum of ultratrace and rare-earth elements.

That sequence—a closed mineral body, its opening through sulfur and water, the removal of all moisture, the entry of a mediating fluid, and the extraction of a concentrated, sulfated mineral essence—was the operational key we had in hand from the beginning, though we did not yet fully understand it. Once Shimanishi’s method became clear to us, the alchemical texts began to resolve into a coherent process, even when the same sequence appeared under different names. That is how the texts first became readable.

With that framework in place, the three principal texts no longer appeared as disconnected curiosities, but as differently angled descriptions of the same underlying process.

A Novel Interpretive Framework

Taken together, the three alchemical texts we will present in the following chapters span the early medieval period to the seventeenth century and, in our reading, describe the same underlying chemical processes across nearly a thousand years of expression.

What I am about to present is not the conventional understanding of these works, nor something I assume will be accepted simply because I wrote it. It is the interpretation MB and I arrived at by repeatedly testing these texts against Shimanishi’s process and the larger Rock–Water Circuit.

To our knowledge, these texts have not been interpreted in this operational and materially specific way before. I say that carefully, because I do not mean that no one has ever seen part of what we are describing. Many readers have recognized isolated themes, symbols, or structural features. What appears not to have been done is to map the three works together onto a coherent physical process with this degree of chemical, operational, and cross-textual precision.

In our reading, The Emerald Tablet presents the larger recurring cycle: the world-order in which above and below, ascent and descent, generation and return are held together. The Six Keys of Eudoxus presents the guarded sequence by which a mineral essence is brought forth from stone: the openings, dissolutions, separations, washings, coagulations, and fixations. Letter from a Woman Alchemist on the True Stone of Wisdom by Theosophia Sternbuchta presents the portrait of that essence once produced: the medicine, tincture, or elixir, and its properties. The next three chapters walk through these readings one text at a time, not in historical order, but in the order most useful for decoding them.

I invite these conclusions to be criticized, tested, and weighed against alternative explanations. If they fail, we will readily revise, refine, or abandon them. If they hold, then something long preserved in symbolic language has become newly interpretable. Either way, what follows should be read as an argument to be examined, not a doctrine to be accepted.

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Of the three texts, the Emerald Tablet comes first, not only because it is the oldest, but because it gives the map: the recurring natural cycle itself, the world-order in which above and below, ascent and descent, generation and return are held together. Foundational to the Hermetic tradition, it is most often treated as mystical or symbolic literature and only rarely read as a compressed description of underlying processes. We understand it differently. In our reading, it preserves, in ancient symbolic language, the same Rock–Water Circuit described in Chapters III through V in modern scientific terms.

The Emerald Tablet, attributed to Hermes Trismegistus, survives in Arabic sources from roughly the early medieval period, around the sixth to eighth centuries AD. The translation used here is the Steele and Singer rendering, whose English most closely matches the phrases cited throughout this chapter. I reproduce the text first so the reader can see the whole before we turn to selected lines.

True it is, without falsehood, certain and most true.
That which is above is like to that which is below, and that which is below is like to that which is above, to accomplish the miracles of one thing.
And as all things were by contemplation of one, so all things arose from this one thing by a single act of adaptation.
The father thereof is the Sun, the mother the Moon.
The wind carried it in its womb, the earth is the nurse thereof.
It is the father of all works of wonder throughout the whole world.
The power thereof is perfect.
If it be cast on to earth, it will separate the element of earth from that of fire, the subtle from the gross.
With great sagacity it doth ascend gently from earth to heaven. Again it doth descend to earth, and uniteth in itself the force from things superior and things inferior.
Thus thou wilt possess the glory of the brightness of the whole world, and all obscurity will fly far from thee.
This thing is the strong fortitude of all strength, for it overcometh every subtle thing and doth penetrate every solid substance.
Thus was this world created.
Hence will there be marvellous adaptations achieved, of which the manner is this.
For this reason I am called Hermes Trismegistus, because I hold three parts of the wisdom of the whole world.
That which I had to say about the operation of Sol is completed.

In what follows, I do not attempt to decode every line of the Tablet. For the sake of brevity, I focus on a small number of central passages that, in our view, map most clearly onto the modern scientific pattern described in our Rock–Water Circuit Theory. We arrived at these readings by testing one interpretation after another against the chemistry, Shimanishi’s process, and the text’s internal consistency.

“And as all things were by contemplation of one, so all things arose from this one thing by a single act of adaptation, and the power thereof is perfect.”

Within the Rock–Water Circuit, this describes the recurring physical cycle of ISAW. Iron-sulfur-aluminum-water chemistry is first fixed into rock during formation. Later, acidic, sulfate-bearing rainwater begins weathering biotite, gradually opening and destabilizing its structure. As that opening proceeds, sulfur remains an active participant, helping drive the proton activity, electron flow, and mineral destabilization that liberate charge and transfer stored redox potential into water.

As discussed more fully in Chapter VI, the aluminum question is central to the theory because although aluminum’s role is foundational in the geologic phase, aluminum itself is not carried forward into biology as an element. The conditioned water released from weathered biotite then carries its mineral chemistry into soils and living systems—into plants, animals, and eventually us.

But not every element is transferred directly. Iron and sulfur continue into life as active participants in redox chemistry and energy transfer. Aluminum does not. In geology, it helps form the aluminosilicate matrix that provides the structural and electrochemical setting in which the first biological architectures arise. The amino acids, membranes, enzymes, and protein-based cellular structures that later take over comparable organizing and redox-supporting functions in biology emerge from a mineral scaffolding that aluminum helped build. Biology carries forward not elemental aluminum, but the functional logic of the structures it first made possible.

After death, those minerals return to the Earth, where over long spans of time they are again gathered into rock. But the cycle does not end there. Through weathering, that mineral chemistry is reopened, remobilized, and carried back into water, where it can once again enter soils, living systems, and the processes of life. That recursive return—from rock into water, into life, back into rock, and back into water again—is what gives the system its continuity.

The “single act of adaptation” points to the mediating operation by which what is fixed becomes mobile, what is latent becomes active, and what is organized geologically is later reorganized biologically. Within the Rock–Water Circuit, that role is most consistently fulfilled by water. Water receives charge from rock, carries mineral chemistry into life, returns those same materials to the Earth, and then receives them again as rock is reopened through weathering. The power is “perfect” because the system does not consume its source. Energy is transferred, reorganized, and renewed through continuous circulation.

“The father thereof is the Sun, the mother the Moon.”

Referring again to ISAW chemistry and its cycle, we no longer understand the Sun and Moon here as fixed substances, but as roles within a generative transformation. The Father, identified with the Sun, names the activating and penetrating principle, which in this system is most consistently expressed through sulfur: whether carried in acidic, sulfated rainwater in Nature or as sulfuric acid in Art. The Mother, identified with the Moon, names the receptive mineral body: the matrix that receives that action, opens under it, and yields its contents.

Seen this way, the line describes not two things but a union. The Father joins the Mother. The Mother receives, opens, and yields. And the child is the product of that union: the liberated mineral essence drawn forth from the opened body. In nature, this unfolds slowly through weathering; in Shimanishi’s process, sulfuric acid performs the same operation directly, entering the prepared vermiculite and extracting its essence into solution.

“The wind carried it in its womb; the earth is the nurse thereof.”

The Tablet now restates the same process under a different set of roles: no longer the union itself, but the cycle by which its active chemistry is carried and returned. Here, the “wind” names the phase of atmospheric transport, especially the dispersal of sulfur-bearing compounds through the air. What is carried is not the whole mineral system, but its most mobile and reactivating component: the sulfur chemistry that moves between domains and helps restart the cycle. Joined to water in the atmosphere and returned through rain, it reenters the mineral world in a chemically active form capable of reopening rock and setting its stored mineral potential into motion.

“The earth is the nurse thereof.”

A nurse does not initiate a thing. A nurse feeds and sustains what has already been brought forth. Here the earth is the nurse because it is the enduring mineral matrix within which opened rock slowly releases its chemistry into water and soil. Vermiculite is one crucial part of that nursing function: an opened mineral body whose expanded lattice releases mineral charge in a slow, buffered, and governed way. Iron, magnesium, calcium, potassium, manganese, and ultratrace elements enter water already prepared to carry them onward. In that sense, the earth nurses by feeding mineral chemistry into the waters and soils that sustain life.

In our reading, the earth nurses through weathered rock, especially vermiculite, which slowly feeds mineral chemistry into the waters and soils that sustain life.

What the Tablet records is therefore a closed loop: union, transport, return, nourishment, and renewal. Once this is seen, the Emerald Tablet begins to read like the compressed description of a real process, one that can be traced, tested, and reconstructed in the physical world.

“It is the father of all works of wonder throughout the whole world.”

In our reading, this points to the foundational source of usable energy: the separation and attraction of unlike charges, the basic polarity by which potential energy is stored and made available to power life. In Earth’s systems, minerals do not create that polarity, but they provide the material structures through which energy is held, organized, directed, and released. Their charged lattices store electrochemical potential and help govern its transfer across environments. In planetary terms, we believe that same principle is expressed in the Deep-to-Surface Energy Gradient, where electron-rich fluids rising from the depths of Earth meet more proton-rich, oxidized waters at its surface above.

“This thing is the strong fortitude of all strength, for it overcometh every subtle thing and doth penetrate every solid substance.”

In our reading, this “thing” is mineralized water: water carrying a redox-active mineral chemistry in mobile form. Iron and sulfur provide the energetic core, but water is the medium that gives that chemistry reach, allowing it to move through what is subtle and enter what is solid. Around that core lies a broader mineral symphony that helps govern the energetic processes sustaining life.

“Thus thou wilt possess the glory of the brightness of the whole world, and all obscurity will fly far from thee.”

In our reading, “the glory of the brightness” refers first to illumination: the clarity that appears when the process is finally seen as a whole rather than in fragments. “Obscurity” names the opposite condition—the confusion, concealment, and misreading that prevail when the pattern has not yet been recognized. But because the Tablet is describing not only a text to be understood but a process active in nature, that brightness also extends into vitality itself: the generative order that appears wherever the cycle is intact and its chemistry remains in motion.

When the Whole Came Into View

Taken together, the lines “That which is above is like to that which is below… to accomplish the miracles of one thing,” and “it doth ascend gently from earth to heaven.” Again, it doth descend to earth, and uniteth in itself the force from things superior and things inferior,” appear, in our reading, to be alchemical repetitions of the same underlying order. The first states that order; the second restates it as circulation. This is one way alchemy repeats the same operation under different images.

Scientifically, that underlying order can be read across two scales. At the level of the Rock–Water Circuit, it may refer to sulfur-bearing rainwater descending from the sky and meeting iron-rich mineral bodies in the earth, where stored chemistry is opened and made mobile, then lifted, transformed, and returned again through circulation.

At the broader planetary level, we believe the same order appears in the Deep-to-Surface Energy Gradient, where alkaline, electron-rich fluids rising from depth meet more proton-rich and oxidized waters above.

On that reading, the line “Thus was this world created” becomes central. The Emerald Tablet presents, in compressed symbolic form, a generative order of the world itself: the recurring cycle through which energy, mineral chemistry, water, and life remain linked across ascent, transformation, nourishment, and return.

What it does not yet give us is that mineral chemistry in concentrated form—the same chemistry that powers Nature’s cycle. For that, we must turn from the map of the cycle to a text concerned not with the world-process as a whole, but with the nature of the essence brought forth from it.

We turn, then, to Letter from a Woman Alchemist on the True Stone of Wisdom.

*If you value the late nights and deep dives into all the “rabbit holes” I write about (or the Op-Eds and lectures I generate for the public), your support is greatly appreciated.

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From Research to Practice - Links Below Image

Aurmina – The Mineral Extract For Naturally Vitalized Drinking Water

Primora Bio - Bringing Life Back To Soil

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The War on Ivermectin- The Medicine That Could have Ended the Pandemic

The Blueprint of Life - The Hidden Architecture That Powers Life and Health

From Volcanoes to Vitality -The Untold Story of Asao Shimanishi

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If the Emerald Tablet gave the cycle, Letter from a Woman Alchemist on the True Stone of Wisdom by Theosophia Sternbuchta gives the portrait of the essence brought forth from within it. Her letter does not primarily describe how that essence is extracted. It describes what it is like once brought forth: a hidden thing drawn from stone, activated, multiplied, and rendered capable of restoration.

The letter appears to originate in the late seventeenth century and was later printed in Berlin in 1779. MB first encountered it in 2006, when it was passed along to him by an acquaintance. Interestingly, after discovering the letter, he attempted to contact a professor of antiquities to discuss it. Soon afterward, the page with Letter from Sternbuchta disappeared. For nearly twenty years, he searched the internet for it periodically. Although he had mentioned it in passing a few times during our initial work together, I had never seen it, so I knew little of what it really contained.

One day, as our alchemical research deepened, he discovered it on an archived Wayback Machine page dated June 5, 2002. The page introduced it as follows:

“This is a never-before-published letter from a female spiritual alchemist of the late seventeenth century. It is a complement to the kinds of spiritual treatises found in works available in The Divine Couple, edited by Robert Faas, and in Wisdom’s Book: The Sophia Anthology, edited by Arthur Versluis.”

Because the archived page includes a notice restricting duplication, I do not reproduce the full text here. Instead, I quote only the passages necessary for analysis. Readers who wish to read the full letter can do so at this link. Its meaning will likely be much clearer after working through the interpretation that follows.

Who Sternbuchta Is—and Isn’t

Alchemy occupied dangerous territory. Its practitioners could be accused of heresy, fraud, sorcery, or economic subversion, with gold making chief among them. For that reason, alchemical authors rarely wrote as identifiable individuals. Names were chosen to signal standing within the Great Work rather than to denote lineage, biography, or authorship. Even so, real historical alchemists, obscure as many were, usually left some trace.

Sternbuchta appears to be a constructed name. No historical figure can be securely traced to it, and no record survives beyond the letter itself. Whatever the reason for that, the text puts very little emphasis on personal identity.

In alchemical writing, feminine voices often mark receptivity, containment, and discernment more than ordinary authorship. “Theosophia” suggests divine wisdom as known through nature. “Stern” points toward what is fixed or celestial. “Buch” means book or record. Taken together, the name suggests a role more than a person.

When I first read the letter, I had not yet undergone what alchemy calls “preparation,” what I would describe more simply as learning to read role-grammar. In that state, the text sounded mystical and cryptic to the point of unintelligibility. Only later, once the chemistry was understood—once we had worked directly with the minerals and grasped the operations Shimanishi used—did those same lines begin to resolve into specific, testable meanings.

What follows is how MB and I came to understand the letter after months of reconstruction. It is not a traditional reading. It is one assembled from the ground up.

She writes of a hidden essence drawn from stone, activated by heat, mediated by a mercurial medium, purified in stages, and rendered capable of restoring what had been corrupted. She emphasizes circulation, repetition, and return, and insists that the substance is not consumed by use, but instead “multiplies” in virtue.

What finally became clear to me was that Sternbuchta is not primarily concerned with giving the full procedure. She describes the nature, value, and restorative power of the mineral essence once produced, while preserving only a few glimpses of the steps by which it is brought forth. The letter is written in a symbolic language that conceals the process from a literal reading while preserving it for those who understand the operations behind it.

Sternbuchta’s Letter, Decoded

Before going further, I should briefly restate the basic interpretive rule. The roles assigned to Sulfur, Mercury, and Salt below are not inventions of ours, but part of the alchemical tradition itself. What mattered for our work was learning to read them as functions within a process rather than as fixed substances. At the risk of repetition, I present the key again here so the passages that follow are not read literally:

• Sulfur: activity, heat, oxidation, transformation
• Mercury: fluidity, mediation, transport, dissolution
• Salt: structure, stability, fixation

Let’s start with the first.

“Form and materia are two substances, which are our field and magnet, because every agens needs its corresponding receptacle. . .”

“Materia” refers to a raw earthly mineral. “Forma” is an activating force, that is, a fire-, water-, or sulfur-driven action. The marriage of form and matter mobilizes dormant mineral chemistry into a bioactive ionic form outside the mineral body: able to interact with water, bind impurities, structure charge, and restore balance. Read this way, the passage mirrors Shimanishi’s Themarox, produced by sulfuric acid acting on vermiculite.

“One sulfuric, one mercurial. . . king and queen. . . greatest enmity until united.”

Hermetic texts consistently describe Sulfur as solar, active, and fiery, and Mercury as receptive, dissolving, and mediating. In this passage, those opposing roles map cleanly onto sulfuric acid acting on vermiculite: sulfuric acid supplies the activating force while vermiculite serves as the receptive mineral body, and together they mediate the release of mineral essence from rock into water.

“This tincture is powerful enough to be used as medicine. . . prevent all illnesses.”

In alchemical language, “medicine” refers to a substance that restores order and coherence, while “illness” names any state of corruption, imbalance, or decay within a system, not a specific biomedical condition.

• “This is the multiplication in quality . . .”
• “The tincture . . . is multiplied in its virtue”
• “The multiplication in quantity proceeds thus”

In the older literature, multiplication did not refer to an increase in mass, but to an increase in effect, a gain in virtue disproportionate to the quantity applied. In modern terms, it describes a function whose influence extends far beyond its physical volume.

This is one of the strongest reasons I believe Shimanishi effectively produced what the alchemical tradition called the Golden Elixir. A single milliliter of Themarox can clarify up to ten liters of water. Aurmina, a 10 percent dilution of Themarox, can clarify roughly one liter. For centuries, the Golden Elixir was described as possessing this same multiplicative property. One of the first observations Shimanishi made about his mineral extract was that it behaved in precisely this way.

A First Reading

At this point, the reader has enough of our key in hand to begin recognizing some of Sternbuchta’s recurring patterns without full guidance. What follows is a small cluster of phrases from the letter that can now be read more fruitfully than they could at the outset. They circle the same relations and operations repeatedly—one of alchemy’s most characteristic habits—and they prepare the reader for the even more elaborate repetitions of The Six Keys of Eudoxus.

Descriptions of the person who might succeed in the work appear in phrases such as:

• “Whoever wants to do something fruitful in this work should turn to it with all his diligence, work, and care.”
• “One cannot hurry the work.”
• “Whoever can make them lay together . . . can thus unite them inseparably and make something corporeally new.”

Descriptions of the substance itself, referred to as “medicine” in the alchemical sense, appear in phrases such as:

• “That is truly the beginning of our true medicine.”
• “He can be certain of an unending treasure.”
• “This tincture is powerful enough to be used as medicine . . . to restore the human body . . . with the highest usefulness.”

The language also repeats the same underlying polarity already seen in the Emerald Tablet: activating forces and receptive bodies.

• “One lunar, the other solar.”
• “Make them lay together . . . unite them inseparably.”
• “King and queen . . . though in enmity, must be joined.”

And again and again, the letter returns to the actions of sulfur chemistry:

• “The spirit of its father”
• “To extract out of it the Fixed Salt, which is the Blood of our Stone.”
• “One is mercurial, the other sulphuric.”
• “Mercury of the Wise, its secret fire.”
• “Enkindle the metallic sulphur through their fiery spirit.”

What Sternbuchta Sees Clearly

It became clear to me that Sternbuchta was not giving a practical recipe for producing such a substance. What she gives instead is more obliquely related to process: a symbolic account of the kind of union, activation, and work by which such a substance would be brought forth. Alongside that, she gives a portrait of what it would be like once produced, and of the kind of person who might succeed in the work. The letter is a remarkably precise description of both the medicine itself and the conditions under which it comes into being.

For the sequence of steps needed to produce the essence, we must turn to a different kind of text.

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The First Key: The Trap of Literal Reading

Although presented last in this sequence, The Six Keys of Eudoxus proved to be exactly what its title suggests: not just a key, but the key through which the rest of the Hermetic canon began to resolve for us.

If the Emerald Tablet gave the symbolic picture of the cycle, and Sternbuchta gave the portrait of the essence brought forth within it, The Six Keys turns to the work itself: the guarded sequence of openings, dissolutions, separations, washings, coagulations, and fixations by which that essence is brought forth from stone.

A brief note on the history of The Six Keys of Eudoxus is warranted. The text appears to come out of the late seventeenth century, and scholars have long noted its resemblance to writings attributed to Eirenaeus Philalethes, the alchemical pseudonym widely associated with George Starkey. Starkey was an American born in Bermuda, educated at Harvard, and later active in London in the 1650s, during the same period as Robert Boyle, of Boyle’s law, one of the founders of modern chemistry and a central figure in arguing that scientific inquiry and theology were not in conflict but deeply aligned.

While no definitive attribution can be made, the text most likely emerged from the same Western European alchemical world, carrying the same preoccupation with guarded method, symbolic compression, and deliberate misdirection that defines that period of the Hermetic tradition.

What cost me months to see was that the six Keys are not six procedural steps. They are six symbolic vantage points onto one underlying process, repeating it in shifting language so the reader cannot lock onto it too early. Once that became clear, the text no longer read like a sequence of separate instructions.

For that reason, I will not walk through all six Keys in equal detail. I will begin by moving slowly through the First Key, with our role-grammar already in place and with Shimanishi’s process fully in view. The remaining Keys recast that same work in different symbolic forms.

For that reason, I will not walk through all six Keys in equal detail. I will begin by moving slowly through the First Key, with our role-grammar already in place and with Shimanishi’s process fully in view. The remaining Keys follow the same basic structure, repeating the same work under different symbolic forms.

For brevity, I include only the First Key below; for the complete text, readers can consult the text here.

THE FIRST KEY

1. The First Key is that which opens the dark prisons in which the Sulphur is shut up: this is it which knows how to extract the seed out of the body, and which forms the Stone of the philosophers by the conjunction of the spirit with the body—of sulphur with mercury.

2. Hermes has manifestly demonstrated the operation of this First Key by these words: In the caverns of the metals there is hidden the Stone, which is venerable, bright in colour, a mind sublime, and an open sea.

3. This Stone has a bright glittering: it contains a Spirit of a sublime original; it is the Sea of the Wise, in which they angle for their mysterious Fish.

4. But the operations of the three works have a great deal of analogy one to another, and the philosophers do designedly speak in equivocal terms, to the end that those who have not the Lynx’s eyes may pursue wrong, and be lost in this labyrinth, from whence it is very hard to get out. In effect, when one imagines that they speak of one work, they often treat of another.

5. Take heed, therefore, not to be deceived here; for it is a truth that in each work the Wise Artist ought to dissolve the body with the spirit; he must cut off the Raven’s head, whiten the Black, and vivify the White; yet it is properly in the First operation that the Wise Artist cuts off the head of the Black Dragon and of the Raven.

6. Hence, Hermes says, What is born of the Crow is the beginning of this Art. Consider that it is by separation of the black, foul, and stinking fume of the Blackest Black that our astral, white, and resplendent Stone is formed, which contains in its veins the blood of the Pelican. It is at this First Purification of the Stone, and at this shining whiteness, that the work of the First Key is ended.

The Key to The Six Keys

Recall that in Chapters III and IV, I presented the core scientific insights into ISAW chemistry and the Rock–Water Circuit Theory that we used to construct an interpretive key for decoding these texts.

For decoding The Six Keys, a crucial aspect of the relationship between the two mineral forms central to the Rock–Water Circuit Theory must be noted: only Nature can transform biotite into vermiculite over geologic time; no human can. It is only once it has been weathered into vermiculite that black mica can release the broad range of minerals it contains. If an alchemist—referred to in the text below as a philosopher—began the Work with black mica itself, he would never succeed.

That point matters because, across centuries of Hermetic alchemy, no universally recognized instance of the substance described in The Six Keys or Letter from Sternbuchta has ever been established. It is my belief that this failure was not accidental, but the result of deliberate misdirection in The Six Keys.

This text cost me months because it appears simple, but it defeats anyone who reads it as if it were. To wit, the First Key begins with a brazen deception in the first line:

“The First Key is that which opens the dark prisons in which the Sulphur is shut up.”

Here, the text suggests that the alchemist should aim to open black mica, “the dark prisons,” in order to access the reactive, redox-capable mineral chemistry locked inside, “the Sulphur.” But that first opening is humanly impossible. It belongs to Nature alone.

“This Stone has a bright glittering.”

Again, the text points the reader toward black mica, a stone known for its dark, lustrous shimmer. Then, almost immediately, the author warns the reader of the language he will be encountering:

“But the operations of the three works have a great deal of analogy one to another, and the philosophers do designedly speak in equivocal terms.”

Although this line announces that there are three steps in the process, “the operations of the three works,” the steps will be difficult to interpret because the descriptions overlap. In my reading, this is an explicit admission that the same process will be described in shifting language, and that the ambiguity is intentional.

The warning then sharpens:

“To the end that those who have not the Lynx’s eyes may pursue wrong, and be lost in this labyrinth, from whence it is very hard to get out. In effect, when one imagines that they speak of one work, they often treat of another.”

“Lynx’s eyes” refers to the ability to discern what is true from what is false. Without that capacity, the reader cannot tell which step is being described, what material is being acted upon, or when the text has shifted from one operation to another. That is how an alchemist reader can quickly become lost in a labyrinth.

The text again returns to deceptively suggesting the alchemist begin his work with black mica, yet warning him not to be deceived:

“Take heed, therefore, not to be deceived here; for it is a truth that in each work the Wise Artist ought to dissolve the body with the spirit; he must cut off the Raven’s head, whiten the Black, and vivify the White; yet it is properly in the First operation that the Wise Artist cuts off the head of the Black Dragon and of the Raven.”

Read this way, the passage appears, for the first time, to encode—however cryptically—the three distinct and sequential steps in the process:

(1) The weathering of biotite (black mica) into vermiculite—cut off the head of the Black Dragon.
(2) The separation of the stone from its mineral essence using sulfuric acid—whiten the black.
(3) The emergence of that essence in active aqueous form—vivify the white.

Just as it warned it would, the text repeats the false instruction that the artist himself must begin by opening biotite (while confusingly naming it twice):

“It is properly in the First operation that the Wise Artist cuts off the head of the Black Dragon and of the Raven.”

Any alchemist who began the work with black mica, trying by Art to perform what only Nature can do, would fail every time. Shimanishi did not. He began with vermiculite, starting only after Nature had completed the first step in the process.

Although the First Key contains a good deal of deliberate misdirection, the later Keys start to offer clearer and more faithful direction. From the Third Key:

“Hence, Hermes says, What is born of the Crow is the beginning of this Art.”

This is a clear instruction that the Artist must begin not with black mica itself, but with what is “born of the Crow”: vermiculite weathered from black mica.

In one instance, the connection to Shimanishi’s method is unusually precise. When the text speaks of a “Secret Fire” that dissolves the Stone “without violence,” it mirrors his discovery that vermiculite must first be air-dried; if sulfuric acid is applied while moisture remains, the material shatters.

Later in the Third Key, the clearest illustration of the first step appears:

“But, further, that you may not be deceived with the terms of the Compound, I will tell you that the philosophers have two sorts of compounds. The first is the compound of Nature, whereof I have spoken in the First Key; for it is Nature which makes it in a manner, incomprehensible to the Artist, who does nothing but lend a hand to Nature by the adhibition of external things, by the means of which she brings forth and produces this admirable compound. The second is the compound of Art; it is the Wise man who makes it by the secret union of the fixed with the volatile, perfectly conjoined with all prudence, which cannot be acquired but by the lights of a profound philosophy.”

Here, the text more clearly points to the rock the Artist must start with. “The first is the compound of Nature,” where now, instead of pointing to biotite, it is clearly telling the Artist to start with vermiculite, the rock weathered from black mica by Nature, “in a manner incomprehensible to the Artist.” “The second is the compound of Art,” describing the mineral essence produced when the alchemist combines sulfuric acid with vermiculite.

Now to the First Key, to one of its most beautiful symbolic passages:

“Consider that it is by separation of the black, foul, and stinking fume of the Blackest Black that our astral, white, and resplendent Stone is formed, which contains in its veins the blood of the Pelican. It is at this First Purification of the Stone, and at this shining whiteness, that the work of the First Key is ended.”

The “blackest black” corresponds to what is driven off or separated during the process, while the “white and resplendent Stone” is the extracted essence itself—clarified, active, and no longer confined within the mineral lattice. For the first time, a hint of the mineral composition it will contain appears: “It contains in its veins the blood of the Pelican.”

In ordinary life, blood is inseparable from iron, which gives it its redness and underlies its power to carry oxygen. In alchemical imagery, the pelican is a figure of nourishment through blood. Thus, the phrase naturally points to an iron-rich, life-bearing essence: a mineral extract whose redox-active core helps explain why the alchemists spoke of it in terms of blood, feeding, and vitality.

That suggestion becomes even more striking when set beside Shimanishi’s extract. After sulfur, iron is the second-highest concentrated active mineral in Themarox. Shimanishi appears to have understood that iron was central to many of the properties the extract displayed, as he reportedly spent twenty years searching across multiple continents for the most iron-rich mica he could find. In the end, the richest source he identified lay not halfway across the world, but within two hours of his home, in Fukushima.

A Second Reading

As in the last chapter, I will leave the reader with a cluster of repetitive descriptions appearing throughout The Six Keys, all circling one of the “three works” or steps. By this point, they should begin to sound less like separate instructions than like recurring views of the same operation.

For instance, there are numerous descriptions of a liquid solution of dissolved minerals being extracted from vermiculite via the actions of sulfuric acid; here, I include only three of the many I found:

• “Extract the seed from the body”
• “Ought the Wise Artist dissolve the Body with the Spirit”
• “Dissolution of the Body into its water”

Then:

“This is the Secret Fire which forms the Stone of the Philosophers by the conjunction of the Spirit with the Body, of Sulfur with Mercury.”

For MB and me, the phrase “of Sulfur with Mercury” was the most difficult line we encountered in alchemy. We initially read “Sulfur” and “Mercury” as materials: first as sulfated rainwater acting on black mica, then as sulfuric acid acting on vermiculite. Both readings worked locally but failed as we carried them forward.

The difficulty resolved only when we stopped treating these terms as substances and began reading them as functions.

In that framework, “Sulfur” does not name sulfuric acid itself, but its activating function—its capacity to penetrate, react, and transform. “Mercury” does not name a separate material, but its mediating function—its capacity to dissolve, mobilize, and carry.

Read this way, the phrase no longer describes two substances joined together, but two roles performed by the same agent. It is sulfuric acid acting simultaneously as activator and mediator, “the Spirit” working upon the “Body” to release the mineral essence.

Seeing that is what finally got us out of the labyrinth.

When the Three Came Into Focus

At the outset of this sequence of chapters, I proposed that these three texts were not saying the same thing in the same way, but rather describing the same underlying chemistry and process from different angles. Having now walked through them one by one, that conclusion can be stated more plainly. The Emerald Tablet gives the larger natural order: the recurring cycle by which mineral chemistry, water, energy, and life remain linked across ascent, descent, nourishment, and return. Letter from Sternbuchta gives the portrait of the essence once brought forth: its value, its multiplication, its restorative power, and the kind of language required to describe it without exposing it too openly. The Six Keys of Eudoxus gives the guarded work itself: the sequence, misdirections, and operations by which that essence is brought forth from stone.

Taken together, the three texts do not merely echo one another. They form a coherent structure. The Tablet gives the cycle in Nature. Sternbuchta gives the essence in view. Eudoxus gives the steps in Art. That was the interpretive framework I proposed at the outset. What these chapters have attempted to show is how and why that reading holds.

But now that the chemistry in these texts has been decoded, it is time to turn to another kind of knowledge they preserve: not about minerals, water, and extraction, but about the human beings drawn into such work, shaped by it, and, in rare cases, brought to its end. Seeing that side of the texts hit me harder than I was prepared for, just as their insights into chemistry had. It mapped first onto Shimanishi, the modern figure I had already come to regard as a man of historic importance whose achievement history had largely missed.

And then, more disturbingly, it began to map onto MB and, however reluctantly I say it, onto me as well.

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Medical Musings - A View From the Inside Of Modern Medicine

The chemistry in the three Hermetic texts was only the beginning of what they contained.

I realized this only very late in my reading of The Six Keys. I had spent an immense amount of time on the first three Keys because that was where most of the procedural detail lay. Only when I neared completion of the prior chapter did I give sufficient attention to the later Keys.

What I found was that the author’s perspective began to shift. He moved from cryptic instruction into something more personal: a description of the conditions under which the work could actually be completed. I began to feel that he had lived through the work, suffered through it, and was writing from the other side.

One of the most striking passages in all of The Six Keys occurs in the Second Key:

“He who knows how to sublime the Stone philosophically, justly deserves the name of a philosopher, since he knows the Fire of the Wise, which is the only instrument which can work this sublimation. No philosopher has ever openly revealed this Secret Fire, and this powerful agent, which works all the wonders of the Art: he who shall not understand it, and not know how to distinguish it by the characters whereby it is described, ought to make a stand here, and pray to God to make it clear to him; for the knowledge of this great Secret is rather a gift of Heaven than a Light acquired by the natural force of reasoning; let him, nevertheless, read the writings of the philosophers; let him meditate; and, above all, let him pray: there is no difficulty which may not in the end be made clear by Work, Meditation, and Prayer.”

I have read this passage many times, and each time it lands with the same force. It is pointing to the part of the path that no amount of technique can guarantee. The reader must read, work, meditate, observe, and remain devoted to the work in front of him. But Eudoxus says plainly that even this is not enough. The knowledge of the Secret Fire is “a gift of Heaven.”

The Sixth Key then gives that same truth a lived dimension:

“The Sixth Key teaches the Multiplication of the Stone, by the reiteration of the same operation, which consists but in opening and shutting, dissolving and coagulating, imbibing and drying; whereby the virtues of the Stone are infinitely augmentable.”

“I should much bewail, if, like me, after having known the true matter, you should spend fifteen years entirely in the work, in study and in meditation, without being able to extract out of the Stone the precious juice which it encloses in its bosom, for want of knowing the secret fire of the wise . . .”

“But I give you notice, moreover, that even after you shall be arrived at the knowledge of the Secret Fire of the Wise, yet still you shall not attain your point at your first career.”

“. . . which makes to run out of this plant (dry and withered in appearance) a water which wets not the hands, and which by a magical union . . . is dissolved into a viscous water—into a mercurial liquor, which is the beginning, the foundation, and the Key of our Art.”

Here, the Sixth Key is describing the conditions under which the work actually succeeds: the repetition of the same act, the long span of years, the failure even after partial understanding, and the insistence that effort alone does not get you there.

Those who lack the patience to remain with the problem long enough will abandon it. I began to see the difficulty of The Six Keys itself as a filter for the kind of person who might succeed.

Although Eudoxus urges the reader to read, to work, to observe, and to persist, he also makes clear that getting through the text is still not enough. The writings can point, warn, and test, but they do not carry the practitioner to the end. He has to remain with the work long enough for something more to arrive.

And when I strip it down, the instruction becomes almost simple. You have to read. You have to work. You have to handle the materials. You have to get it wrong, again and again, and stay with it long enough to begin to see what is actually happening.

But that is still not enough.

Eudoxus describes the conditions under which recognition finally arrives. The moment when the meaning becomes clear is not something the practitioner can force. In his view, it comes only from Heaven.

The Wise Artist

What affected me most is the extent to which the text’s portrait of the “Wise Artist” appears to map onto Shimanishi. Everything I have learned about him points in the same direction: intensely private, never seeking recognition, prayerful, and almost unimaginably persistent. The Sixth Key speaks of the man who, “after having known the true matter,” might still “spend fifteen years entirely in the work, in study and in meditation,” unable to extract “the precious juice” from the Stone for lack of the “Secret Fire.” Shimanishi lived almost that exact pattern. He worked with rock, heat, water, and acids through repetition, failure, refinement, and return for nearly fifteen years. He had one stone, one question, and the discipline to remain with it until it finally yielded its answer.

Other aspects of his character deepen the resemblance. I have repeatedly been told that Shimanishi spoke of his discovery with reverence, not ownership, describing it as “a gift from our Creator.” At the only international conference he attended that I know of, during a lecture, he is said to have remarked, “Working with this material is like working with Angels,” which is not the language of a typical scientist. If the Great Work is, as Eudoxus says, “a gift of Heaven,” then The Six Keys is describing not only a sequence of operations, but also the sort of person who can carry such a sequence through to completion: one marked by discipline, reverence, and a willingness to labor for years without recognition.

By that measure, Shimanishi comes astonishingly close. Even more strikingly, he never publicly revealed his Secret Fire, as the operational details remain known only to the men of the Shimanishi-Kaken company he left behind. That fact, too, places him within the circle Eudoxus describes. And that is only the first convergence.

Another is the path itself. Shimanishi followed it without The Six Keys as a guide. He began with almost nothing: a basic understanding that acids could dissolve minerals, and a question about whether those minerals could be rendered active in water. From there, he worked alone, without a theory and without any assurance that the work would succeed. If these texts describe real processes, and I believe they do, then Shimanishi appears to have arrived at them independently, through experiment, devotion, and sustained attention to a single rock.

The texts describe a specific process. Shimanishi independently devised one that matched it. They describe the properties of a substance. Shimanishi produced a substance with those properties. They describe the character of a practitioner shaped by long obscurity, long labor, and long submission to a problem that refuses quick answers. Shimanishi’s life fits that description with extraordinary precision. Any one of these points could be questioned in isolation, but taken together they accumulate into something much harder to dismiss.

What makes this even more striking is the path by which we recognized the convergences. The recognitions moved in two directions. Our modern scientific research helped us progress through the texts, while the texts themselves suggested connections that shaped our understanding of the science. Even now, I am not sure I could fully separate which parts of the final Rock–Water Circuit Theory came from the modern scientific literature and which from the texts of antiquity.

At this point, I do not think these convergences can be honestly dismissed as forced mapping, retrospective construction, or a self-reinforcing interpretive framework. The consistency with which the texts map onto the science, the process, the product, and the person points to something more serious than loose analogy. It suggests that these texts documented real knowledge of a material operation, what it produces, and the type of person required to bring it to completion, even if that knowledge was preserved in symbolic and guarded form.

That, to me, is the true significance of what has happened across these chapters. Shimanishi’s modern work has helped make ancient texts interpretable, while those texts, in turn, have helped clarify the scope and meaning of what he appears to have achieved. I do not know how often history presents us with that kind of reciprocal illumination between ancient writing and modern practice. I only know that these documents appear to be real records of a scientific and material understanding that long predated the language we would now use to describe it.

What these chapters suggest is that the labyrinth described in alchemy has, in fact, been successfully navigated before, both in the older world and in modern times. But even that is not the full extent of the convergences gathered here.

The Fifteen-Year Echo

What first appeared in Shimanishi’s life began to echo again in MB’s.

Soon after he began importing Themarox directly from Shimanishi Kaken, MB enjoyed immense early success. Then, suddenly, in 2010, his business was nearly destroyed by the launch of a coordinated disinformation campaign. What followed, in his own words, were fifteen years of obscurity: years of persistence, study, and quiet labor. He was able to make a living, and the business grew modestly over that period, largely within Amish farming communities across the Midwest, where farmers came to value Themarox for what they saw in their fields: stronger crops, less pest pressure, and a resilience they considered essential to their agriculture. But he never regained the wider distribution and awareness of Themarox that he had once achieved.

That pattern matters. The figure described in the Six Keys was not a man at the center of things. By the nature of the work, they were set apart, working outside recognition, outside status, and often in prolonged isolation. That recurring pattern seems, within these texts, almost to function as part of the work itself.

The same is true of companionship. Sternbuchta states it plainly: “. . . to maintain you and your companion (because one alone cannot do the Work) then the thing becomes idle.” That line lands more concretely for me now than it once did. MB spent roughly two years attempting his own extract before abandoning it, and the much longer period that followed the near destruction of his business was, in a different sense, a kind of idleness too—not inactivity, but a prolonged inability to move the work to its next stage.

That line immediately made me recall a moment in the first months of our collaboration, when MB told me that he had once said to a colleague that he needed someone who could help him move the work forward, someone, interestingly enough, whose background and character were oddly similar to mine. Later, as the work deepened in complexity, breadth, and difficulty, I came to feel the same thing from the other side. One day, after calling him to discuss a highly nuanced and esoteric mapping, a sudden insight came upon me that I shared with him: there was no other person in the world I could have had that conversation with.

MB laughed, reminding me that for almost the entire twenty years before our collaboration, he, too, had had no one who could truly engage with the material at the level his decades of work had brought him to. We came to this from different directions, with different training and different instincts. Yet as I write these words, I cannot help feeling that the paths leading to our eventual intersection had been set long before.

Our work did not move in one direction. He would pour out decades of accumulated observations, intuitions, and partial syntheses, sometimes in torrents, sometimes in fragments, and they would immediately trigger questions that sent me into both modern and ancient literature. What I found there would then force him to clarify, defend, expand, or rethread what he had long held, while at other moments my research would uncover a missing link that fit directly into one of his older lines of thought.

As the book drew toward its close, I was struck to find that this kind of partnership is also stated in The Six Keys: “without the help of a faithful friend, one remains undoubtedly in this labyrinth.”

MB then recalled an old line from Proverbs that he had long memorized: “Iron sharpeneth iron; so a man sharpeneth the countenance of his friend.” The word iron hit hard for me, not as a metaphor, but as describing something functional. We had already spent months tracing its centrality in the Rock–Water Circuit, in ISAW, and in the deep-to-surface gradient that feeds life through mineralized water, so to encounter that same word at the point where the texts speak of companionship and sharpening struck me as more than incidental.

Both the Letter from Sternbuchta and The Six Keys suggest that, at some point, the work may require another person—someone capable of seeing, clarifying, or correcting what the solitary practitioner cannot.

Then there is a coincidence that MB and I both found amusing: my name, Pierre, literally means rock, while his, Matthew, means gift of God. Forgive me for the forced mapping, but I get a kick out of the fit between our names and two conditions that seem to recur throughout The Six Keys: a source rock and something received.

But there is something even more powerful than these convergences: at one point, the text itself appears to have altered the course of MB’s life.

When the Text Entered the Work

Long before I entered this work, MB had once attempted to engage the same problem Shimanishi had already solved. He was introduced to Themarox in 2004, and soon after, he started a business selling it at health and wellness events.

His first encounter with an alchemical text occurred afterward when an acquaintance showed him the Letter from Sternbuchta. Given his unusually high level of discernment, he immediately understood it as a serious text, relevant to his work.

Soon after, he was forced to make a decision that put his business in peril. He cut off contact with his only source of Themarox because he could no longer tolerate the man’s dishonesty and unreliability. As a result, MB found himself with little choice but to attempt the extraction himself.

Working with vermiculite sourced from Canada, he applied the same general principles and succeeded, at least in part, in producing an aqueous mineral extract viable enough to sell and sustain a business.

And yet, even in that success, there were discrepancies he could not ignore. The color was different. The behavior was different. Most importantly, it did not clarify water as the original. He initially understood these differences in conventional terms—variation in mineral composition, especially iron—and continued forward because what he had made was real, useful, and often validated by others.

Then, almost two years later, he encountered The Six Keys of Eudoxus.

He has told me that the First and Second Keys immediately struck him as describing a real process, one he recognized as corresponding to both Shimanishi’s work and his own efforts. But there was one line that cut through everything else with unusual force: “one must make use of the citrine Mercury,” together with the warning “not to be deceived on this point.”

That word—citrine—stopped him. The color of what he had made was clear. And he knew the color of Shimanishi’s extract: golden-yellow. He understood the passage to mean that, among the possible liquors or “Mercuries,” one had to begin with the correct one, and that it had to be citrine.

Another line struck him just as strongly: “even after you shall be arrived at the knowledge of the Secret Fire of the Wise, yet still you shall not attain your point at your first career . . .” He read those phrases as warnings—not simply about error, but about direction.

In that moment, although he knew his extract was useful, he began to doubt its truth.

He concluded that what he had produced, however real and effective, was not the thing described in the texts, but a partial approximation. Out of conviction, he stopped.

He ended what the text itself calls a “first career” rather than refining it further. That is when he reached out to Shimanishi Kaken in Japan. From the outside, that decision could have looked like a retreat. In reality, it was realignment: a willingness to accept that he had come close to the process described in the texts, but had not yet arrived at the true substance.

What makes MB’s story especially striking is that his trajectory runs in the opposite direction from the one described in The Six Keys. The Keys are written for someone trying to discover the Secret Fire. MB, by contrast, had first come into contact with the true substance through Shimanishi’s work, and then he attempted to reproduce it himself. In that sense, the text did not lead him toward the Golden Elixir. It led him back to it.

The Point at Which the Work Became Personal

I should say something here that I am not entirely comfortable saying, but I do think the path I have found myself on bears mentioning, because it now seems to me to echo, in its own much smaller way, the same pattern I have been tracing in the lives of Eudoxus, Shimanishi, and MB.

By the time I reached this chapter, I had spent eight months almost entirely inside this material, though that period was not confined to alchemy. What began as an intrigue with Shimanishi’s extract widened into a much larger journey through mineral science, water, agriculture, geology, and hydrology, and only then narrowed into alchemy, where the work became more demanding still—an extended cycle of reading, failed interpretations, returns to the same passages, and a kind of fixation on a single problem that did not release its hold.

What also struck me was that this stretch of work was unlike anything else in my life. I do not say that lightly. I had already lived through a highly demanding academic and medical career—two decades in one of the most intense specialties in medicine, years of teaching, writing, publishing, and working at a pace that had often felt unsustainable, followed by five years of uninterrupted pressure during Covid, trying to save lives while fighting institutions that refused to look. Yet these eight months imposed a different kind of concentration.

Outside of seeing patients and trying to preserve time with my wife, I was almost continuously at a desk, reading, researching, writing, and returning to the same material. It was narrower, more isolating, and, in some ways, more consuming than anything that had come before it.

In another departure from my usual way of working, I did not reach this point through speed, cleverness, or by expertly collecting and organizing information. I got here by staying with the material for a long time, asking the same questions again and again, and working through repeated failed interpretations. The easier readings gave way first. Only then did deeper meanings begin to appear. I wrote this section for one reason: by then, I had begun to feel caught in the same pattern I was trying to describe.

I am not claiming equivalence with Shimanishi, nor with the author of The Six Keys. But the path described in these texts—prolonged effort, isolation, repeated failure, and eventual recognition—began to look like part of the work itself. At a certain point, the texts changed for me. They stopped feeling like fragmented historical artifacts and began to read as records of something real and still active.

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Up to this point, the focus has been on decoding the underlying operation described symbolically across the Hermetic canon. What follows is the product of that decoding: a set of operational definitions that render the canon legible by anchoring its language to a real material process.

To our knowledge, this is the first operational reconstruction of the core roles encoded across the Hermetic and alchemical canon.

At the risk of brief repetition, and because the table that follows requires it, I should restate the basic framework here. The Emerald Tablet, Letter from Sternbuchta, and The Six Keys of Eudoxus describe the same underlying process from three different angles: the order of the cycle, the nature of the essence it yields, and the sequence by which that essence is brought forth. Their language shifts, repeats, and sometimes appears to contradict itself because the process was being guarded. Once that process was reconstructed independently of the texts themselves, the symbols began to resolve into specific meanings.

For the same reason, I should also restate one interpretive rule before the reader turns to the table. In alchemical texts, terms such as Sulfur, Mercury, Salt, Fire, and Stone do not name fixed substances, but roles within a process. For that reason, the same word may point to different materials depending on the stage, scale, or context in which the operation is occurring, while still preserving the same underlying function.

The table below does not attempt to catalog every possible referent. It presents one internally consistent mapping of those roles onto a specific, real process: Nature’s Rock–Water Circuit and its laboratory extraction in Shimanishi’s work, as described in Sternbuchta and The Six Keys. In this framework, sulfur-bearing atmospheric chemistry and sulfuric acid are treated as different expressions of the same activating role.

This is not an arbitrary selection. It is the mapping that allows the texts to resolve coherently across scales while remaining anchored to a process that can be observed, tested, and reproduced.

Table 1. The Ariadne Key: Role Concordance Across the Hermetic Canon

Note. The Six Keys of Eudoxus describes the sequence of operations by which a mineral essence is drawn from its rock parent and brought into concentrated form. The Letter from Sternbuchta describes the resulting essence: what it is like, how it behaves, and what it does once produced. The Emerald Tablet describes the natural cycle itself: the planetary order by which the process unfolds in Nature. The table below does not force identical vocabulary across the canon; it shows how the same underlying operation appears under different symbolic emphases.

Canonical interpreters of alchemy have long agreed on the structural logic of these texts: the Stone is the product of conjunction, not the substrate; Mercury is a principle, not elemental metal; Sulfur is an activating force; and the Secret Fire is a penetrating solvent rather than literal flame. Across psychological, historical, and esoteric schools—Jung, Newman, Principe, Fulcanelli, and Canseliet—there is broad agreement on these points, even where interpretations diverge.

What our work advances is the material specificity of the terms. The canon was trying to describe a real process, but it did so without naming the substances identifiably. That is why the language stayed open for centuries. Until the process and its product were realized in the world, the symbols could not be fixed to a single meaning. What was missing was the operation itself.

In 1977, Shimanishi, in our view, supplied that missing reference. Through his work with vermiculite-derived mineral chemistry, he devised an extraction process that produced a substance whose properties correspond strikingly to what the canon had long described under different symbolic names. Once that reference existed in the modern world, the language of the texts could finally be anchored to a working operation rather than to speculation. It was only through Shimanishi’s work that the canon became legible.

The Three Works

There is one further feature of this work that must be addressed. We return to a line in The Six Keys that I originally interpreted in Chapter XI as referring to the three steps in the process of producing the Golden Elixir:

“But the operations of the three works have a great deal of analogy one to another, and the philosophers do designedly speak in equivocal terms.”

The Six Keys went over these three steps “or works” repeatedly, using constantly shifting language and metaphor: 1) biotite weathering to vermiculite, 2) sulfuric acid penetrating the porous stone, and 3) mineral essence being released. I still think that is the line’s primary meaning. However, as I sat writing this chapter, reflecting upon the coherence of these three texts separated by hundreds or thousands of years, another strange resonance occurred to me: our journey through the Hermetic canon was also confined, almost unbelievably, to just three works.

The Hermetic and alchemical canon is vast—far beyond the three texts decoded in this book. In fact, neither MB nor I have ever knowingly engaged with any other text from the Hermetic or alchemical traditions. At one point, I tried to get a sense of how much of that literature remained outside our attention, and the scale of it was staggering. And yet the texts that actually entered our lives, held our attention, and ultimately yielded a coherent framework were just these three: The Emerald Tablet, The Six Keys of Eudoxus, and The Letter from Sternbuchta.

That would not be especially remarkable if these were the three most obvious, most widely read, or most accessible texts in the tradition. But they are not. The Emerald Tablet is foundational and famous, yes. The Six Keys is known only within a small alchemical community. It has no mainstream scientific or academic visibility, is not commonly taught, cited, or discussed, and almost no educated reader has ever heard of it. If that is not obscure enough, it is almost impossible to describe the level of obscurity that has been accorded to Sternbuchta.

It is so obscure as to be scarcely accessible at all and, in our case, had to reenter the work through an archived trace after more than two decades of inaccessibility. And yet it was precisely this most marginal of the three that proved indispensable. Without Sternbuchta, I do not think we could have defended the coherence of the whole. The Tablet gives the cycle. Eudoxus gives the guarded operations. Sternbuchta gives the missing bridge: the nature, value, and behavior of the essence once brought forth. Remove any one of the three, and the structure weakens. Remove Sternbuchta in particular, and I do not think it holds.

That leaves me with a question I cannot fully answer. Why these three? Why, out of such a vast literature, did the work remain so narrowly confined? Why did MB and I, coming to this from different directions and at different times, engage no other text—nor ever seek to? And why did it turn out that only when these three were finally placed together did the canon begin to yield a coherent, material, and operational interpretation?

I will not try to resolve that question here. My understanding of why these texts appeared in our lives comes later in the book, when the work's larger pattern comes into view. For now, I will only record the improbability of it. A line that speaks of “three works” that “have a great deal of analogy to each other” and which “designedly speak in equivocal terms” now strikes me as providing an uncannily precise description of the journey through the Hermetic canon that we just completed. Perhaps that is nothing. Perhaps it is only one more coincidence in a project already full of them. However, I find it impossible to dismiss it as an accident.

What the Texts Are Describing

Although neither Sternbuchta nor The Six Keys of Eudoxus uses the phrase “Golden Elixir,” both texts describe the same class of substance that Western alchemy more commonly called the Philosopher’s Stone, the tincture, the medicine, the Universal Medicine, the Water of Life, or the elixir of life. In Chinese Daoist alchemy, the corresponding idea is named more directly as the Golden Elixir, or jindan. I use “Golden Elixir” here as cross-traditional shorthand, not as a literal quotation from these texts.

The support for that identification is not the name, but the properties. Sternbuchta calls it a “tincture,” “medicine,” “Universal-tincture,” “true medicine,” and “unending treasure,” and describes its “multiplication in quality” and “multiplication in quantity.” The Six Keys calls it the “Stone of the philosophers,” “Water of Life,” “precious liquor,” “Universal Medicine,” and “precious juice” drawn from the Stone. Across both texts, the same pattern recurs: a hidden essence brought forth from stone, rendered active through the Work, multiplied in virtue, and capable of restoration.

That is why, in the chapters above, I have used “Golden Elixir” as the simplest name for the substance these texts appear to describe.

The Work Completed

Nearly two millennia after the cycle in Nature first appeared in the alchemical tradition, the core chemistry it described appears to have been realized as a tangible material that can be produced, carried, and applied: a concentrated mineral essence corresponding operationally to the sequence described in The Six Keys of Eudoxus and behaviorally to the properties described in Sternbuchta’s letter.

What had been missing until now was the Rock–Water Circuit, a scientific framework that could integrate insights from geology, water chemistry, sulfur cycling, and mineral lattices into a single coherent process. Once biotite is understood as the imprisoned body, vermiculite as the naturally opened and receptive matrix, sulfur as the activating force, and the mercurial principle as the mediating carrier, the canon resolves without contradiction.

In our reading, neither biotite nor vermiculite is itself the Philosopher’s Stone. In Art, it is the concentrated, multipliable mineral essence the alchemists described as the Golden Elixir and that Shimanishi produced as a rock extract. Although The Emerald Tablet does not name the Philosopher’s Stone, it describes something even more fundamental: a complete generative cycle. In our reading, what the later alchemical texts called the Stone corresponds to that cycle itself.

The ambiguity of the canon preserved the process by requiring that Nature complete the first transformation before Art could continue it. The closed stone, biotite, had to be opened into a receptive body, vermiculite, before sulfuric acid could extract its essence. In that sense, the Stone, in the later alchemical sense of the Golden Elixir, waited to be realized in material form; before that, it could only be named, symbolized, and pursued.

That the puzzle appears to have been solved based on the work of someone entirely outside alchemy leaves the deepest question. How could the alchemists have gained such precise knowledge of both the cycle in Nature and the means of bringing its core chemistry into form?

We will revisit that question later in the book, but for now, the operative core of the Hermetic canon is closed. Rock, water, sulfur, and time remain at work.

A note for readers: For those interested in how that knowledge re-entered in material form today, I invite you to explore Aurmina (“golden mineral essence”) — a name we chose before we fully understood what it pointed to, and one that will become clearer as this series unfolds. Yes, this is a product, and part of a company I am building around this work, because at some point, the work had to leave the page and enter the world.

At a certain point, researching alchemy no longer felt like an esoteric pursuit. Once I began to recognize that the texts were describing the same Rock–Water Circuit we had arrived at through modern literature in geochemistry, cosmology, biology, and physics, I could no longer dismiss them.

That led to a simple question: if this level of insight was recorded here, where else might it appear? What other traditions, texts, or cultures might contain comparable observations about the processes underlying the Rock–Water Circuit?

And the oddest part is where that trail led first: straight into the center of mainstream science, to the National Science Foundation, and from there to black mica.

The Engine Before Biology

Helen Hansma, a biophysicist at UC Santa Barbara who also served as a program director at the National Science Foundation, proposed something that would have sounded outrageous not long ago: that life did not begin in ponds or vents, but between sheets of mica.

Her “Mica Hypothesis” suggests that layered silicate minerals formed natural nanoreactors—thin, charged compartments that concentrate ions, structure water, and generate mechanical energy through flexing and shear. These spaces, she argues, could have provided the conditions prebiotic chemistry needed to move toward cellular life, making mica not just a setting for emergence, but part of what enabled it.

Mica supplies:
● Structured water films
● Potassium-rich lattices that mirror modern cells
● Charge separation and confinement
● Mechanical energy capable of driving polymerization

In other words, before biology existed, the Earth had already established many of the conditions from which biology could emerge and on which it would later depend. The Emerald Tablet points to the same idea in symbolic form: “And as all things were from one, so all things are born from this one thing by adaptation.” Hansma gives the claim a biophysical vocabulary.

Then I started to wonder, if modern science could get this close, what would I find in a culture that had lived for centuries among volcanic rock, sulfur springs, and mineral water?

Japan Never Needed a Tablet

Around this time, I also began wondering whether Shimanishi’s worldview had been shaped by something analogous to the Emerald Tablet. I knew he had never encountered Hermetic texts, as none had been translated into Japanese at the time of his achievement. So I started to explore how Japanese antiquity and theology spoke about life, matter, and order. I was looking for the assumptions that shaped how the natural world was understood and portrayed in Japanese culture.

Although I could not find an equivalent to the Emerald Tablet, neither could I find much effort to explain the structure of the Earth or the workings of stone and water. And then it became clear why: Shinto never set out to explain what it already assumed.

Shinto, the Japanese way of understanding the world—its theology, if the word even applies—begins from a different assumption altogether: that life, order, and vitality already exist within nature.

In Shinto thought, the divine is already present within water, stone, mountain, and flow. Purification is the restoration of original order. Creation is understood through musubi, a generative process through which form arises from what precedes it.

In Japan, volcanic landscapes, steam vents, and sulfurous springs are treated as places where the earth’s vitality comes openly to the surface. Onsen culture grows from this assumption: people wash, then enter the mineral springs to soak, warm the body, and let fatigue dissolve in the water. The purpose is quiet restoration, a return to balance in which heat, minerals, and stillness help the body settle back into its own order.

What struck me immediately was that Japanese thought seemed, from the outset, to begin much closer to the phenomena I had been trying to understand, while modern Western science usually starts by breaking those same realities into parts and working backward. We will return to that idea in the next chapter.

Once I understood that, I felt that the Emerald Tablet’s insights would not sound foreign in Japan at all. They would sound like something already assumed.

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Just as MB had been the one who first led me into alchemy, he had also been doing something else in parallel, almost from the beginning. While I was buried in Hermetic texts, trying to learn their grammar and meaning, he was sending me Scripture—passages and fragments in messages, in side conversations, in the margins of everything else we were doing.

I resisted going there, not because I dismissed it, but because I was already too deep into alchemy. It had my full attention, and I knew that if I opened Scripture too soon, it would distract me from a path that kept making connections, and I wanted to see how far I could go.

And yet, even while I avoided it, I started to suspect more and more that it would be fruitful. Everything I was learning to see in alchemy—cycles, materials, purification, collapse, and return—MB kept insisting was already present in Scripture. Not metaphorically. Literally. I knew I would have to face that claim eventually.

Once we closed the Hermetic canon, I turned toward Scripture. By then, the question was how I could move through that much text without losing the line of inquiry that had brought me there in the first place.

When the Tool Matched the Question

This work did not require artificial intelligence to generate ideas or supply conclusions. It required it to hold them in continuity. What made this possible was not speed or cleverness, but the ability to keep following the same question across geology, chemistry, biology, ancient texts, and modern data without losing the thread. Before this, the problem was simple: no human mind could hold all of that at once. AI made it possible to pursue the same line of inquiry across numerous disciplines and thousands of sources without losing continuity. I was able to ask the same simple questions about rock, water, salt, fire, and return without fatigue or forgetfulness. The same relationships that had always been present could finally be seen together rather than sequentially.

This project was not conceived as an experiment in artificial intelligence. I did not set out to use it to cross boundaries. I used it the way one uses a microscope or telescope: to extend perception beyond the limits of unaided human attention. What surprised me was not what appeared, but how cleanly it aligned once those limits had been overcome.

One World, Two Archives

What that continuity made visible was that Scripture and alchemy were never describing different worlds. Once I turned toward Scripture with the same materials already in view—rock, water, salt, fire, spirits—I found myself reading across a second archive. The language was different. The world it described was the same.

MB had opened the door to Scripture as a symbolic record of creation, and AI made it possible to move through that record at scale and speed. I could finally ask the blunt questions I had been inching toward for months. Where does Scripture speak of rock? Of stone? Of clay? Of water emerging from rock? Of salt, fire, brimstone, return to dust? What startled me was how little effort it required. The repetitions surfaced immediately. They recurred across books, authors, and centuries with remarkable consistency, and I remember stopping, sitting back, and feeling my pulse change, because by then it was no longer a single correspondence but an accumulation.

Scripture named the same elements consistently, framing them in the contexts of creation, breakdown, purification, and renewal. Very quickly, I began to recognize the same physical processes I had already pieced together across geology, biology, chemistry, hydrology, and related sciences, and the overlap felt concrete and specific, grounded in my now deeper understanding of Earth’s cycles after months of scientific research.

The major difference lay in the mode of description. Alchemy tracks the recurring process of formation, breakdown, purification, and renewal through matter and transformation. Scripture presents that same process through narrative, law, prophecy, and covenant, using the same materials while embedding them within events and history. Alchemy maps the structure of the cycle, while Scripture preserves its passage through human history. Both describe how order forms, collapses, and is restored through the same underlying movements of the world.

By then, we had already assembled the science supporting the Rock–Water Circuit, and the connections between the Hermetic texts and that circuit had been firmly established. What I still needed to know was whether Scripture recorded evidence of that same circuit as well, and I became convinced that it would. And it did. In Scripture I found water emerging from rock, salt as covenant, fire as refinement, and dust as both origin and return. I was reading these passages as materially specific as much as symbolic. The texts read as if they carried assumptions about how matter is formed and about the conditions on which life depends for stability, renewal, and endurance.

What Scripture provided were repeated material descriptions conveyed through symbolism, and those descriptions became far more intelligible once placed beside what modern science now knows. Scripture did not supply the detailed chemistry. Modern science did. What the ancient texts recorded was the sequence of the process—its unfolding, its breakdowns, and its renewals—while modern science supplied the mechanisms that explain it in material terms.

The problem, then, was never accuracy. It was separation, because the ancient world documented the pattern while modern science identified the mechanisms, and once those two were seen together, the next question became unavoidable: why had they remained separated for so long?

What No Single Discipline Can See

Modern scientific methods describe these processes with a level of detail that would have been unimaginable to the authors of Scripture. The chemistry is exact, the measurements are precise, and the mechanisms have been tested and are real. But they are most often described in isolation—geology here, biology there, chemistry somewhere else—not because broader questions are forbidden, but because modern science is structured that way for maximal advancement.

Following a process across domains is not prohibited; it is just unwieldy. It is slower, messier, harder to fund, harder to publish (I will report back on that shortly), and far more difficult to evaluate. Coordinating a Byzantine network of concepts, methods, and literatures across fields is inefficient compared with staying in one lane and going deeper, so most scientists, quite reasonably, choose the easier path: know one thing extremely well, and know more of it tomorrow.

Modern scientific advances are increasingly rigorous, but they remain local. The result is fragmented knowledge. At one point, it struck me that what we were calling the Rock–Water Circuit was assembled from half a dozen scientific disciplines, and I could not think of another example in modern science that did the same. It began to seem possible that what we were doing was, at least in that sense, unusual, perhaps even unprecedented. That alone explains a great deal, but not all of it, because beyond the fragmented nature of modern science lies another limit, less visible and more consequential.

At first, I thought human limitation, disciplinary fragmentation, and cognitive load were the boundaries I had been pressing against. But there was another one—deeper, quieter, and more absolute.

The Boundary Beyond the Boundary

What eventually clarified itself in my mind was something I had already sensed without fully articulating: modern scientific inquiry is constrained by an unspoken restriction that runs beneath all disciplines, namely, that explanation must stop short of saying that nature was created, ordered, or intended by God. In Chapter VII, I examined the consequences of methodological naturalism, which came to dominate in the nineteenth century: the rule that scientific explanation must restrict itself to testable, observable phenomena and set aside questions of purpose, even when the order and functional coherence of living systems make such questions difficult to avoid.

I crossed that boundary before I had language for it. I still remember the first dinner MB and I ever had together, our first meeting in person, when he began telling me what he thought he was seeing in the old texts and where he believed this work was leading. I remember feeling a little overwhelmed, almost incredulous, because he was effectively suggesting that I was brushing up against something supernatural, and I suspect the few drinks I had that night helped me take it in without fully grappling with it. The conversation ran for hours, covered a great deal of ground, and that particular moment dissolved into the rest of the evening. For months afterward, our focus remained where it had begun, deep in the biochemistry of minerals.

By the time I turned seriously to The Six Keys, I knew I was studying something that did not belong wholly inside conventional science, yet the crossing itself went by almost unnoticed. I did not experience it as a dramatic rupture. I took it up the way I would have taken up a dense paper on mitochondria, reading closely, pushing on the details, and trying to see how tightly the pieces fit. Once I became convinced that those texts contained descriptions of Shimanishi’s work with a specificity that should have been impossible, the whole thing still felt, in one sense, like an intellectual exercise, a puzzle I wanted to push as far as it would go. That was not because it lacked excitement. Quite the opposite. More than once, after one decoding or another, I would call MB almost breathless, half-delirious with excitement and shock. But even then, I think I was still experiencing it more as the satisfaction of solving a hard problem than as a man sitting still with what solving it might actually mean.

That, in retrospect, is what matters here. I did not set out to challenge methodological naturalism. I did not even know it had a name, and I certainly did not think I was wandering into philosophy. I was following mechanisms. I kept tracing the same mineral-water cycle across domains, across timescales, and across texts, ancient and modern, without first asking which questions were permitted. I did not begin this work with a conclusion about design. I simply refused to rule it out in advance. I simply refused to rule it out in advance, and that single choice altered the shape of what could appear. If the Earth is the product of intelligence, then coherence, efficiency, and self-perpetuation should be visible in its most fundamental systems. If it is not, then whatever order appears should be fragile, accidental, and short-lived.

Then something unexpected happened. The relationships between modernity and antiquity did not fragment when they crossed those boundaries. They aligned. The same cycle modern science could describe with extraordinary precision was already present in ancient texts—recognized, named, and preserved without the chemistry, but with astonishing fidelity to the process itself. I could only see that coherence once both limits were loosened: once mechanisms were allowed to speak across disciplines, and once design was no longer ruled out in advance.

Once that became clear, a line of Scripture I had encountered countless times began to register in an entirely different way.

The Stone the Builders Refused

The boundary I had crossed hit home for me one day when I came across a line I had heard countless times before and, alongside it, an interpretation that struck me.

“The stone that the builders refuse, shall be the head cornerstone.”
—Psalm 118:22 (KJV)

Traditionally, this verse is understood as referring to Christ. Here, I am reading it in a different but related way: as the refusal of something foundational by those responsible for building.

I had heard that line before—sang it along with Bob Marley for most of my life—but I had never really stopped to ask what it meant. I discovered that the builders are the ones who decide what counts as foundational: religious authorities, scholars, and experts. To refuse a stone is to judge it unsuitable, irregular, or incompatible with the prevailing model. Yet the stone chosen for the cornerstone fixes the alignment of the entire structure, determining its orientation, load-bearing capacity, and long-term stability. If a critical stone is rejected when it should have been selected as load-bearing, the entire structure is compromised from the outset.

At that point the verse began to read like a description of what I had already been seeing in modern science. Methodological naturalism, as I had been describing it, functions precisely by refusing certain categories at the outset, especially intention, purpose, and design. In that reading, “the stone” is the possibility that the Earth has been designed, and the rejection of that possibility is not ancient at all, but relatively recent, hardening in the nineteenth and twentieth centuries as Darwinian chance became the default explanatory frame for biology and even cosmology.

I had already pondered the implications of believing we had discovered a similar mechanistic and structural relationship across geology, hydrology, chemistry, and biology. What had initially looked fragmented had resolved into a closed, self-perpetuating system. The idea of design started to look like a true cornerstone. What would modern science allow those alignments to point to when laid out together? I knew that science could describe each instance in isolation. Whether it could follow those alignments across domains to their implications rested on the question of whether it would reject the stone.

What remained was to gather the scriptural evidence carefully enough, and lay it out clearly enough, that the implications would be hard to ignore. If modern science was going to reject the stone, I wanted to make that as difficult as possible.

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If water from rock were only metaphor, Scripture would not return to it with such consistency or material specificity. Instead, it returns again and again to the same event: water coming from stone, and life depending on it. I had first read these moments as supernatural interventions. The text presents them more concretely, as moments that reveal an order already built into creation.

Stone Opened, Water Released

In Exodus, Moses strikes the rock and water flows. The scene carries symbolic force, but it is also scientifically instructive: vitality comes from water conditioned by rock and brought forth to sustain life.

This pattern repeats throughout Scripture: wells uncovered, springs released, fountains opened, living water emerging where hardness once prevailed. Such passages present Earth’s processes as real and repeatable. Stone and water are shown participating in a generative relationship, one from which life emerges and on which it continues to depend.

In the Third Key of The Six Keys of Eudoxus, the same pattern appears in language that, by then, I knew by heart: “Must not the body be dissolved by the water, and the Earth be penetrated with its Humidity, to be made proper for generation?” The “body” is the mineral body of black mica, the stone in its closed condition. Dissolution and penetration by sulfated rainwater describe the transition into a state ready for generation, which, in my reading, corresponds to the opening of biotite toward vermiculite, a rock made penetrable so that water can enter and release its mineral chemistry into the world.

The point in both cases is preparation: water makes the stone generative.

How Scripture Describes Matter

A similar material grammar governs Scripture’s use of salt, fire, and dust. Salt seals covenants through preservation. Fire purifies by refining what passes through it. Dust marks both origin and return because, as we learned from the Rock–Water Circuit, life moves through matter.

Scripture treats formation, degeneration, purification, and renewal as material events. Matter is formed, broken down, and made ready again.

What was striking was how quickly the text yielded to this reading. Once I stopped asking what Scripture symbolized and began asking what it assumed to be physically true, the same cycle surfaced again and again: stone opened, water released, life sustained, order restored.

After seeing this pattern, I began tracing the recurrence of the same physical nouns across Scripture wherever it spoke of origin, stability, endurance, collapse, and renewal. What emerged was a tight, constrained vocabulary that felt structural, as if these words were carrying the architecture of a system rather than serving merely as metaphor or symbolism.

A covenant, for example, is a binding agreement meant to endure across generations. It defines identity, obligation, inheritance, and continuity. Covenants are built to outlast individuals. So when Scripture grounds a covenant in rock or seals it with salt, it reaches for materials closely associated with endurance.

Rock itself appears with remarkable consistency. God is called a Rock. Humans are described as being hewn from rock. Salvation is anchored to rock. The language returns to stone whenever Scripture wants to speak about origin, stability, and endurance.

“Of the Rock that begat thee, thou art unmindful, and hast forgotten God that formed thee.”
—Deuteronomy 32:18 (KJV)

“Look to the rock whence ye are hewn, and to the hole of the pit whence ye are digged.”
—Isaiah 51:1 (KJV)

“O come, let us sing unto the LORD: let us make a joyful noise to the rock of our salvation.”
—Psalm 95:1 (KJV)

Read through the perspective of our Rock–Water Circuit Theory, these lines no longer seemed merely metaphorical. Rock appears as origin, as storage, as the thing that precedes life and receives it again. That is exactly how the Rock–Water Circuit behaves.

Clay then appears as what rock becomes: formable, responsive, shaped rather than shaping.

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What follows is a hypothesis that emerged late, after enough pieces had fallen into place for a larger pattern in Scripture to reveal itself.

MB called me as I neared what I believed was, once again, the eve of the submission of From Volcanoes to Vitality (FVTV). Of the hundreds of calls we have shared, each one bringing some new convergence, this one felt different. He believed he had found scriptural confirmation that the shift in global water quality we had been articulating in FVTV was not just modern, but also ancient. Not simply a loss of minerals in bulk, but a failure of the conditions that allow water to carry mineral order, sustain gradients, and coordinate life.

In other words, he believed a Geohydrological Shift had occurred once before.

I did what I always do when someone hands me a claim that big: I tried to break it. I asked AI to help me search widely, not for comforting quotes, but for the repeated structure, the places where Scripture speaks about sources of water (i.e., that is, deep systems, fountains, rupture, sealing, and downstream consequences). And the pattern that emerged did not feel like cherry-picking. It felt like Scripture was describing a coupled hydrologic system, and then describing what happens when that system is violently inverted.

For the following, it helps to know that in Scripture, the “Great Deep” refers to a vast, primordial reservoir of waters beneath the Earth, understood not as a static body of liquid, but as a living source system.

In modern terms, this maps closely onto what we, in our Rock–Water Circuit framework, described as the “deep mantle,” where we found, in our research, that enormous quantities of water are stored not as oceans but bound within minerals as hydroxyl ions. Discoveries involving ringwoodite-bearing diamonds, along with mantle plume studies and deep borehole data, have revealed that the Earth’s interior holds water volumes comparable to, or exceeding, those at the surface.

Within the Rock–Water Circuit, this deep, mineral-bound water functions as the planet’s primary reservoir and pressure-fed supply. The full scientific framework for concluding that a geohydrological shift is underway in our time, along with the practical case for addressing it, is presented in From Volcanoes to Vitality. Our own geohydrological shift has not yet become a full collapse. But if it is left uncorrected, Scripture offers a striking picture of what that failure could look like when carried to its end.

Here, I want to show what Scripture says a full rupture looks like: the Great Deep as a source system, the Flood as a rupture, the resealing as a shutoff, and the long decline in vitality that follows.

Biblically, the sequence is explicit. In Genesis, the creation account begins with the formation of the Great Deep, the Earth, and the skies above.

“Let there be an expanse in the midst of the waters, and let it separate the waters from the waters.”

—Genesis 1:6 (ESV)

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