Essay 9 — From Vedic cosmology to quantum mechanics — independent lines of inquiry arriving by very different roads at the same address
Steve Sagnotti · steves-head.space
“The Tao that can be named is not the eternal Tao.”
— Lao Tzu, Tao Te Ching, c. 6th century BC
“It from bit.”
— John Archibald Wheeler, physicist, Princeton, 1989
Fort Rock, Oregon — windmill, gas pump, church, Milky Way overhead. Every era’s institutions in one frame, all temporary, all dwarfed.
The previous seven essays followed the suppression. This one comes from the opposite direction.
Not from within the Western tradition and its councils and crusades and carefully managed silences. From outside them — from physics, from mathematics, from traditions that developed independently on other continents across other millennia, without knowledge of Nicaea or Constantinople or the Index. These lines of inquiry did not coordinate with each other. They arrived at their conclusions by their own roads, through their own methods, over their own centuries.
They arrived at the same locale.
That convergence is not proof of anything. It is a pattern that requires explanation — and the explanation the materialist framework offers is that every ancient tradition and several branches of modern physics somehow produced the same picture of a conscious, participatory cosmos by accident, coincidence, or wishful thinking. The alternative explanation — that they were independently describing the same underlying reality — is simpler. This essay documents the convergence and lets the reader weigh it.
I. The Tao and the Quantum Vacuum
Lao Tzu wrote the Tao Te Ching in approximately the sixth century BC, a text of eighty-one short chapters describing a fundamental principle underlying all existence — one that cannot be named, cannot be fully conceptualized, and manifests in the world as the dynamic interplay of opposites in ceaseless transformation. The Tao is not a god in the Western sense. It is not a personal being requiring institutional mediation. It is the underlying order and generative principle of reality itself — present everywhere, accessible directly, requiring no intermediary.
What it most closely resembles, in the language of twentieth-century physics, is the quantum vacuum.
The quantum vacuum is not empty space. It is a seething field of potential — virtual particles constantly flickering into and out of existence, a substrate of energy and possibility underlying all observable matter. Its reality is not theoretical. The Casimir effect demonstrates it directly: two uncharged metal plates placed very close together in a vacuum are pushed toward each other by the pressure of virtual particles excluded from the narrow space between them. You can measure the force. The vacuum pushes back. The nothing is full.
The Tao Te Ching describes the generative emptiness at the foundation of reality as wu — the void that gives birth to the ten thousand things. Chapter eleven: “Thirty spokes share the wheel’s hub; it is the center hole that makes it useful.” The usefulness is in the emptiness. The generative principle is in the void. Lao Tzu was describing, in the language available to him in sixth-century China, something that Western physics spent the twentieth century discovering with mathematics and laboratory instruments: that what appears to be nothing is the most fundamental something, and that observable reality emerges from it.
This is not a metaphor. It is a structural parallel between two independent inquiries — one conducted over centuries of contemplative practice, one conducted over decades of experimental physics — that produced descriptions of the same underlying phenomenon. Neither knew about the other. Both found the generative void. The parallel is at the level of structure and orientation, not technical identity: the Tao is not the quantum vacuum in the physicist’s mathematical sense, any more than Indra’s Net is a peer-reviewed entanglement protocol. What the parallel demonstrates is that two entirely independent roads arrived at the same territory.
II. Brahman, Non-Locality, and the Web That Has No Outside
The Vedic tradition — developed on the Indian subcontinent over roughly three thousand years, beginning around 1500 BC — describes the ultimate nature of reality as Brahman: the single, undivided consciousness that underlies and pervades all existence. The individual self — Atman — is not separate from Brahman. It is Brahman experiencing itself through a particular form. The apparent separation between individual consciousness and universal consciousness is maya — illusion, the result of identification with a particular body and perspective rather than recognition of the underlying unity. The scholar of Indian philosophy S. Radhakrishnan, whose translation of the Upanishads remains the standard academic edition, rendered this framework in terms accessible to Western readers without domesticating its claims.
The Upanishads, the philosophical texts that developed this framework beginning around 800 BC, approached the relationship between consciousness and reality directly: the universe is not matter that somehow produces consciousness. It is consciousness that takes the form of matter. This is not the same as the hard problem of consciousness as Chalmers would formulate it in the twentieth century — that is a specific question about why physical processes produce subjective experience, emerging from within a materialist framework the Vedic tradition never adopted. The Vedic claim is more fundamental: consciousness is primary, matter secondary. These are related but distinct positions, and the Vedic tradition deserves to be read on its own terms rather than retrofitted to a problem it didn’t set out to answer.
What the Vedic tradition shares with modern physics is not a prediction but a territory. Bell’s theorem — confirmed experimentally by Alain Aspect and colleagues in 1982 — demonstrated that no theory of locally acting hidden variables can account for the correlations observed between separated quantum particles: the universe is not made of independent objects exchanging signals. Quantum entanglement is the non-local correlation that follows: once entangled, separated particles are not independent systems that happen to be correlated but a single system whose properties are distributed across space. The separation is apparent. The connection is fundamental. Three thousand years of contemplative inquiry and several decades of experimental physics arrive in similar territory: a cosmos in which apparent separation is the approximation, and underlying unity is the reality.
III. Indra’s Net and Entanglement
The Avataṃsaka Sutra — a foundational text of Mahayana Buddhism, compiled approximately in the fourth century AD from earlier sources — contains a cosmological metaphor that has no equivalent in Western philosophy until the twentieth century. The metaphor is Indra’s Net.
In the heaven of the god Indra, there is an infinite net extending in all directions. At each node of the net hangs a jewel. Each jewel reflects every other jewel in the net — and in each reflection, every other jewel is also reflected, infinitely. The net has no outside. Every part contains the whole. Every jewel is both itself and a reflection of everything else simultaneously.
This is not a description of a supernatural realm. It is a description of the structure of interdependence and mutual reflection that the Buddhist tradition understood as the nature of reality itself. Nothing exists independently. Everything is constituted by its relationships with everything else. The separation of things from each other is a useful approximation, not an ultimate description.
Quantum entanglement points toward the same territory. Once entangled, particles are not independent systems that happen to be correlated. They are a single system whose properties are non-locally distributed. The separation is the approximation. The connection is the reality. Whether that experimental fact maps onto Indra’s Net in its full philosophical architecture is a question physics has not settled — but the direction of travel is the same: apparent separation as the surface feature, underlying connection as the more fundamental description. The net has no outside. In May 2026, an international team from the University of Milano-Bicocca and the Max Planck Institute for Astrophysics, publishing in Nature Astronomy, produced the first direct high-definition image of a cosmic filament — a strand of the web stretching three million light-years, at whose intersections galaxies form and light is born. The light that made the image possible had been traveling for twelve billion years before it reached the instrument that photographed it. The Avataṃsaka Sutra was compiled approximately 1,600 years before Bell’s theorem and 1,700 years before the experiments that confirmed it. One reading of what it was doing — and not an implausible one — is that it was describing, in the language available to it, a structure of reality that experimental physics and observational astronomy are still working out the implications of.
The Avataṃsaka Sutra was compiled approximately 1,600 years before Bell’s theorem and 1,700 years before the experiments that confirmed it. One reading of what the Avataṃsaka Sutra was doing — and not an implausible one — is that it was describing, in the language available to it, a structure of reality that experimental physics is still working out the implications of.
IV. The Procedure That Has Worked for Six Hundred Years
The Tibetan Buddhist tradition does not merely teach that consciousness survives death and reincarnates. It has developed, over six centuries, a documented investigative methodology for identifying specific reincarnated individuals. The methodology is not faith-based. It is procedural, and it has produced a consistent track record across thirty generations within the tradition’s own evidentiary framework.
When a senior teacher dies, the search for their reincarnation follows a protocol. Oracles are consulted and visions interpreted for directional clues. Search parties travel to regions indicated by signs and omens. Candidate children — typically identified by birthmarks corresponding to the previous teacher’s distinguishing physical features, and by behavioral characteristics consistent with the previous personality — are subjected to object recognition tests. Objects belonging to the previous teacher are placed among decoys. The candidate must identify the correct objects. They are also tested on memory of people and places associated with the previous life.
The 14th Dalai Lama, Tenzin Gyatso, was identified through this procedure at age two in 1937. He correctly identified objects belonging to the 13th Dalai Lama from among decoys. He recognized people who had known his predecessor. He was confirmed by multiple independent search parties working from different lines of evidence. He has led the Tibetan Buddhist tradition since his enthronement in 1950 and received the Nobel Peace Prize in 1989.
The succession methodology is not a belief system. It is a procedure — one that has been applied consistently across thirty generations, producing identifiable individuals whose memories and behavioral characteristics correspond to their predecessors in ways documented across the tradition’s own evidentiary framework. The procedure operates within the tradition’s own evidentiary framework and has not achieved cross-tradition scientific consensus; what makes the thirty-generation track record notable is precisely its internal consistency and its resistance to the straightforward dismissals applied to single cases. The University of Virginia’s Division of Perceptual Studies, whose methodology Essays 5 and 6 examined, is essentially applying the same investigative logic to Western cases that Tibetan Buddhism has been applying systematically for six hundred years. They arrived at compatible methodologies independently.
V. Wheeler’s Participatory Universe
John Archibald Wheeler was one of the central figures of twentieth-century physics. He coined the term “black hole.” He worked with Bohr on nuclear fission. He collaborated with Einstein. He spent the last decades of his career working on what he considered the deepest problem in physics: the relationship between the observer and the observed, between information and physical reality, between consciousness and the cosmos.
His conclusion, developed over years of work at Princeton and the University of Texas, is compressed in a phrase he coined late in his career: “it from bit.” The physical world — “it” — derives from information — “bit.” At the most fundamental level, reality is not made of matter or energy. It is made of information. And information, Wheeler argued, is not a passive record of physical states. It is participatory. The observer is not separate from what is observed. The act of observation is constitutive of physical reality.
Wheeler called the universe a “participatory universe” — one that does not exist independently of the observers within it but is brought into definite form through the act of observation. This is not mysticism. It is the conclusion of a man who spent decades working on the measurement problem in quantum mechanics and followed the implications of the physics to their furthest logical conclusion — a conclusion the mainstream of physics has not adopted, and has not refuted.
The decades since Wheeler’s conjecture have not settled the question — but they have moved it. In November 2025, Maria Strømme, Professor of Materials Science at Uppsala University — a physicist whose prior work in nanotechnology earned her the Royal Swedish Academy of Engineering Sciences’ gold medal — published a paper in AIP Advances titled “Universal consciousness as foundational field: A theoretical bridge between quantum physics and non-dual philosophy.” The journal selected it as the best paper of the issue. More significant than the recognition is what it represents: a credentialed physicist, publishing in a peer-reviewed physics journal, proposing that consciousness is the foundational field from which space, time, and matter mathematically emerge — and doing so without leaving the bounds of institutional science. Strømme’s framework may or may not prove correct; she acknowledges the question is open. What that represents is a door that has been opened — a credentialed physicist, inside the institution, proposing the question seriously. The conversation is beginning to move.
The Vedic tradition described consciousness as the primary substrate of reality. The Tao Te Ching described the generative void from which the ten thousand things arise. Wheeler described a participatory universe in which it comes from bit. Three frameworks, three cultures, three millennia of independent inquiry, each arriving in similar territory by a different road. They do not describe the same architecture in detail — their internal structures differ meaningfully. What they share is an orientation: consciousness or information or ground-of-being as more fundamental than the physical objects we ordinarily take to be the most real things.
VI. Hoffman, Goff, and Western Philosophy Under Pressure
This section documents a different kind of convergence — not independent traditions arriving at similar territory, but Western academic philosophy arriving there under its own internal pressure. The distinction matters: Hoffman and Goff are not additional independent witnesses in the way the ancient traditions are. They are evidence that the materialist framework has run out of road from within.
Donald Hoffman is a cognitive scientist at the University of California, Irvine, whose work draws on evolutionary game theory and the mathematics of conscious agents to argue that human perception did not evolve to show us objective reality. It evolved to show us fitness-relevant information. The interface between our senses and the world is like a computer desktop: the icons represent something real, but the representation bears no resemblance to the underlying processes. His mathematical framework proposes that conscious agents are the fundamental constituents of reality, and that what we call the physical world is the interface between them.
Philip Goff, a philosopher at Durham University, arrives in similar territory from the history of science. His argument begins with what he calls “Galileo’s error” — the methodological decision, made at the founding of modern science, to exclude qualitative experience from the description of nature. What that decision cannot do, Goff argues, is explain why there is something it is like to be a conscious subject at all. His answer is panpsychism: consciousness is a fundamental feature of reality, not something the physical world produces above a threshold of complexity.
Hoffman and Goff are not independent lines of inquiry in the way the ancient traditions are — they are two philosophers working within the same contemporary Western debate, building on the same hard problem of consciousness identified by David Chalmers, engaging each other’s work. What is significant is that Western academic philosophy has arrived in this territory under its own internal pressure. Panpsychism was dismissed for most of the twentieth century as pre-scientific. It is now a live debate in the best philosophy departments in the world not because the fashion changed but because the materialist alternatives have run out of road. The hard problem has proven genuinely hard. That internal pressure, reaching conclusions the ancient traditions reached by entirely different methods, is itself a form of convergence worth naming.
VII. What the Traditions Preserved
The convergence documented in this essay is suggestive, not determinative. Structural resonance across independent traditions is a pattern that requires explanation; it is not, by itself, proof of the picture those traditions share. What follows names the breadth of that convergence — holding the same epistemic discipline with which the essay opened.
The Western institution suppressed a picture of consciousness and cosmos that it found structurally threatening. What it could not suppress was the same picture being preserved and developed, independently, by traditions it had no authority over. The Taoist sage in sixth-century China was not heretical to Rome. The Vedic philosopher in ancient India was not subject to the Index. The Buddhist monastery in Tibet was not within reach of the Inquisition. The physicist at Princeton in 1989 was not asking for ecclesiastical approval.
Each of these traditions developed its picture through its own methods. The Taoists through contemplative observation of natural process. The Vedic tradition through systematic inquiry into the nature of consciousness and its relationship to the cosmos. The Buddhist tradition through meditative practice refined over centuries and a documented methodology for verifying claims about consciousness surviving death. The physicists through mathematics, experiment, and the ruthless demand that conclusions survive quantitative test.
Each arrived in similar territory. A cosmos in which consciousness is not an anomaly requiring explanation but a fundamental feature of what exists. A reality in which the apparent separation of things from each other is an approximation, not an ultimate description. An underlying unity that the materialist framework, with its fixed categories and its one-life soul, is not equipped to describe.
The Abrahamic traditions — which the Western institution claimed as its exclusive property — were not exempt from the same convergence. The Quran, assembled in the seventh century CE, stated the direct-access claim in a single verse: “We are closer to him than his jugular vein” (Surah 50:16). No intermediary specified. No institution positioned between the soul and the divine. The Islamic mystical tradition — the Sufis — built centuries of practice on exactly that verse. Rumi’s cosmos, Ibn Arabi’s concept of the unity of being, the Sufi understanding of fana — the dissolution of the individual self into the underlying unity — describe the same participatory consciousness Wheeler arrived at from quantum mechanics and the same Brahman-Atman unity the Vedic tradition had been describing for two thousand years before either. The institution found the Sufis as inconvenient as the Western church found the mystics, and managed them with the same combination of co-option and condemnation. The pattern held: direct access is the theological claim that institutional authority cannot survive intact, in any tradition.
The Hebrew tradition carried the same observation within the canon the councils curated but could not fully manage. Ecclesiastes 3:11 — the verse that closes this project’s first movement as its epigraph — locates the cosmic perception not in the institution but in the human being directly, prior to any mediation: “He has set eternity in the human heart; yet no one can fathom what God has done from beginning to end.” Eternity set in the heart, not in the institution. The inability to fathom from beginning to end is not an argument for institutional authority — it is an argument against the finality of any particular frame. The Hebrew tradition’s own wisdom literature kept saying, from inside the canon, what the councils kept trying to prevent from being heard.
Indigenous traditions around the world — from the Lakota concept of Mitakuye Oyasin, “all my relations,” expressing the fundamental kinship of all living and non-living things, to the Aboriginal Australian understanding of the Dreaming as a continuous creative consciousness underlying the physical world — describe this same structure in their own languages, developed independently across millennia on separate continents, arriving at the same orientation the most rigorous strands of modern physics are approaching from their own direction.
The institution’s management of the Western tradition has been, by the standard of its own interests, reasonably effective. The councils removed the cycling soul. The Inquisition burned the Cathars. The Index suppressed Spinoza. The research at UVA is ignored rather than refuted. The mechanism has worked, within its domain, for a long time.
What it could never reach was what it never had jurisdiction over. The Tao Te Ching was not subject to the Index. The Upanishads were not on the agenda at Constantinople. Indra’s Net was not discussed at Nicaea. Wheeler’s participatory universe was published in a physics anthology and cited by other physicists without requiring anyone’s theological permission. The Tibetan monasteries were not answerable to Rome. The Aboriginal Dreaming was not under the Index.
The convergence documented in this essay is not a challenge from within the institution’s own tradition, which it has long practice managing. It is a convergence from traditions and disciplines that were never under its authority, describing in their own languages the same picture the institution spent fifteen centuries trying to close.
The picture has been kept — in the Ethiopian highlands, in the Tibetan monasteries, in the physics departments, in the philosophy seminars, in the contemplative traditions of every inhabited continent. The institution narrowed what the Western tradition was allowed to see. It did not narrow what exists.
These independent lines of inquiry arrive at the same address. The institution that spent fifteen centuries managing the Western tradition’s picture of consciousness and cosmos had no authority over any of them. What it did have authority over was the next convergence — the one happening now, in the infrastructure of digital information, where the pattern of institutional narrowing is repeating at a speed and scale the councils could not have imagined.
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Steve Sagnotti
is a serious amateur photographer, writer, and technologist based in Oregon. With his camera he tries to capture common images not often seen, leading to common questions not often asked.
© 2026 Steve Sagnotti. All rights reserved.
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Sources
I. The Tao and the Quantum Vacuum
Tao Te Ching: Annotated & Explained: Derek Lin (Skylight Paths Publishing 2006).
Casimir, H.B.G. “On the Attraction Between Two Perfectly Conducting Plates.” Proceedings of the Royal Netherlands Academy of Arts and Sciences, 1948.
II. Brahman, Non-Locality, and the Web That Has No Outside
Radhakrishnan, S. The Principal Upanishads. HarperCollins, 1953.
Aspect, A. et al. “Experimental Tests of Bell’s Inequalities Using Time-Varying Analyzers.” Physical Review Letters, 1982.
III. Indra’s Net and Entanglement
Cook, Francis H. Hua-yen Buddhism: The Jewel Net of Indra. Penn State University Press, 1977.
Tornotti, Davide et al. “First direct image of a cosmic web filament.” Nature Astronomy, May 2026. Max Planck Institute for Astrophysics / University of Milano-Bicocca.
IV. The Procedure That Has Worked for Six Hundred Years
Mullin, Glenn H. The Fourteen Dalai Lamas. Clear Light Publishers, 2001.
Tenzin Gyatso, 14th Dalai Lama. Freedom in Exile. HarperCollins, 1990.
V. Wheeler’s Participatory Universe
Wheeler, John Archibald. “Information, Physics, Quantum: The Search for Links.” In Complexity, Entropy, and the Physics of Information, ed. Zurek. Addison-Wesley, 1990. (Lecture, 1989; published 1990.)
Strømme, Maria. “Universal consciousness as foundational field: A theoretical bridge between quantum physics and non-dual philosophy.” AIP Advances 15, 115319, 2025.
VI. Hoffman, Goff, and Western Philosophy Under Pressure
Hoffman, Donald. The Case Against Reality. W.W. Norton, 2019.
Goff, Philip. Galileo’s Error. Pantheon Books, 2019.
Goff, Philip. Why? The Purpose of the Universe. Oxford University Press, 2023.
Chalmers, David. “Facing Up to the Problem of Consciousness.” Journal of Consciousness Studies, 1995.
VII. What the Traditions Preserved
Abdel Haleem, M.A.S., trans. The Qur’an. Oxford University Press, 2004. Surah 50:16.
Ecclesiastes 3:11. Bible Gateway (NIV).
Rumi. The Masnavi, Book One, trans. Jawid Mojaddedi. Oxford University Press, 2004.
Abrahamov, Binyamin, trans. Ibn Al-Arabi’s Fusus Al-Hikam: An Annotated Translation of “The Bezels of Wisdom”. Routledge, 2015.
Deloria, Vine Jr. https://search.worldcat.org/title/1371653293God Is Red: A Native View of Religion. Fulcrum Publishing, 2003.
Stanner, W.E.H. The Dreaming and Other Essays. Black Inc., 2009.
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