God Is Light: The Physics of How God Works
Scripture says God is light. The peer-reviewed quantum literature describes superposition, entanglement, observer effect, and retrocausality. Same thing, different names.
“God is light, and in him is no darkness at all.” — 1 John 1:5 (KJV)
“We are participators in bringing into being not only the near and here but the far away and long ago.” — John Archibald Wheeler
The scriptures say God is light. Most readers take this as devotional poetry — a metaphor for goodness, knowledge, or moral clarity, the kind of language priests use when they don’t want you to ask too many questions.
The framework I work from takes it literally.
God is light. Light is photons. Photons obey the laws photons obey. And the laws photons obey, taken seriously, describe the exact mechanism by which god creates reality.
This post is the physics of that claim, in five moves. The biophoton layer that grounds God is light in measurable science. Superposition as the field of potentials. Entanglement as the dissolution of separation. The observer effect as the act of assumption. Retrocausality as the physics behind revision. The point isn’t to prove anything — the interpretive questions are at the frontier and contested. The point is that when you read scripture and the peer-reviewed quantum literature side by side, they appear to be describing the same operation in different vocabularies, and that is worth taking seriously.
You Emit Light (Enter Biophotons)
The first claim is the one most people don’t know is established science.
Your body emits light. Literally, measurably, in the ultraviolet-to-visible spectrum. These emissions are called biophotons, or in the technical literature, ultra-weak photon emissions (UPE). They were first observed by the Russian biologist Alexander Gurwitsch in the 1920s, and the field was rebuilt and extended by the German biophysicist Fritz-Albert Popp from the 1970s until his death in 2018.
The basic mechanism is consensus. Living cells produce photons as a byproduct of oxidative metabolic processes, particularly in the mitochondria and around the DNA. The emission rate is low — single photons per square centimeter per second — but it is measurable with sensitive photomultiplier equipment, and the pattern is consistent across all living systems. Plants emit. Animals emit. Bacteria emit. You emit, right now, while you are reading this.
First, healthy cells emit coherent light — synchronized in phase, organized — while stressed or diseased cells emit disorganized, elevated emissions.
The “glow” of health isn’t entirely metaphorical.
Second, biophoton emission spikes dramatically near death and under extreme biological stress.
Third, the human brain produces orders of magnitude more biophotons than any other known biological system, and emission has been detected in brain tissues — rat hippocampal slices, cerebellar neurons — in patterns that correlate with neural-metabolic activity. A rat can produce 1 biophoton every 60 seconds. A human can produce 1 BILLION every 1 second.
Popp’s signature claim, and the part of the literature where he extended past the consensus, is that biophotons exhibit quantum coherence — meaning they behave less like a thermal byproduct and more like the output of a tuned biological laser, capable of carrying information. The eyes are the window to the soul.
His work suggested DNA may serve as both source and storage medium — light stored in the helix and released over time. The coherence claim is real and contested. Treat it the way the rest of this post asks you to treat the bigger interpretations: directionally suggestive, operationally usable, philologically not airtight.
The bridge to the rest of the argument is this. The pineal gland — the structure Donahue identified as the single eye of Matthew 6:22 — is genuinely photosensitive. In birds, reptiles, and amphibians it is a literal third eye. In mammals the photosensitivity is mediated indirectly, but the gland’s function as the body’s primary photoperiodic regulator is established. The brain produces coherent light. The pineal gland is the brain’s photosensitive structure. If God is light, and you produce light, and your brain has a receptor for light, the theological language stops being metaphor and starts being anatomically descriptive.
Once you have that on the table, the question of what those photons are doing becomes physics — and the physics is stranger than your high school physics teacher admits.
Superposition: The Field of Potentials
Until a quantum system is measured, it does not have definite properties. It exists, instead, as a superposition — every possible state simultaneously, weighted by probability amplitudes that interfere with each other in mathematically precise ways. This is not a statement about our ignorance of the system’s true state. It is a statement that, prior to measurement, the system genuinely does not have a single state.
If God is a photon, all potential outcomes of life exist in the current moment.
The double-slit experiment establishes this beyond reasonable dispute. A single photon sent through two slits behaves as if it traveled through both, interferes with itself, and only acquires a definite path at the moment of detection. Until you look, the photon was both paths. After you look, it was one. Schrödinger’s cat is the famous version of the thought experiment, but the cat actually overstates the strangeness — a cat is too big to be in literal superposition, the warm wet machinery decoheres almost instantly. At the photon scale, however, the superposition is real and has been demonstrated in thousands of experiments.
This is the physics beneath what Vadim Zeland calls the Space of Variations — the infinite information field containing every possible configuration of reality, each existing as a potential until consciousness selects one. It is also the physics beneath Neville Goddard’s instruction that every state already exists; you do not create new states, you select among them by assuming the feeling of one and not the others. The operative move is not creation. It is selection from a pre-existing field of possibility.
Via first principles, it would make sense that reality at the macro scale — the level of careers, relationships, financial outcomes — is similarly held in superposition until consciousness collapses it is an interpretive extension. This is operationally useful and metaphysically defensible.
Entanglement: Separation Is Local, Not Fundamental
When two particles interact, they can become entangled — locked into a correlated state that persists regardless of how far apart they are subsequently separated. Measure the spin of one entangled particle and the spin of its partner is determined instantaneously, even if the partner is now on the other side of the galaxy. Einstein called this spooky action at a distance and used it as an argument against the Copenhagen interpretation. The 2022 Nobel Prize in Physics was awarded to Aspect, Clauser, and Zeilinger for the experiments that closed the remaining loopholes and confirmed entanglement is real.
Everything is connected.
The standard caveat: entanglement does not allow faster-than-light communication. The deeper implication: the universe is fundamentally non-local. Two particles that have once interacted remain part of the same quantum system regardless of distance, and the apparent separation of objects in space is an emergent feature rather than a fundamental one.
This is the physics beneath the Hermetic principle of correspondence — as above, so below (see The Kybalion) — and beneath Neville’s everyone is you pushed out. The separation between you and the world is real at the macro level of navigation but is not fundamental at the level of physics. The contemplative traditions have always insisted on this; quantum mechanics now insists on it too. The two claims are pointing at the same structural feature of reality from different angles.
The Observer Effect: Measurement Is Participation
In quantum mechanics, the act of measurement changes the system being measured. A photon in superposition between two paths is forced into a definite path the moment it is detected. The act of looking is not passive observation; it is an intervention that collapses the wave function from a probability distribution into a definite outcome. This is the measurement problem, and it is the deepest unresolved interpretive question in physics.
The standard Copenhagen interpretation says measurement requires a classical apparatus and the wave function collapse is fundamental. The many-worlds interpretation says no collapse occurs; instead, the universe branches into all possible outcomes and the observer ends up in one branch. The von Neumann–Wigner interpretation, defended by John von Neumann and Eugene Wigner, says consciousness itself is what collapses the wave function — measurement only counts as measurement when a conscious observer becomes aware of the result.
That last interpretation is the one that leads most credence to the position. It is also the most contested. Most working physicists do not hold it. A minority of very good ones — Wigner, von Neumann, Wheeler at certain points, Penrose with caveats — have. (Stapp defends the position from inside mainstream physics; Penrose extends it via the Orch-OR theory; Faggin supplies the engineer’s-eye consciousness-first ontology.)
If consciousness is what collapses the wave function, then the Law of Assumption stops being metaphysics and starts being applied physics. Reality is a field of potentials until consciousness selects one; the assumption you hold is the act of measurement; the manifestation is the collapsed outcome. The instruction to assume the feeling of the wish fulfilled is, in this reading, the instruction to perform a measurement on reality from a specific assumed state, and to refuse to perform competing measurements that would collapse the field into the unwanted alternative.
This is also why the framework treats grasping as the central failure mode. The grasping mind is constantly performing measurements — checking, refreshing, demanding evidence, looking at the chart, looking at the inbox — and each measurement collapses the field into whatever state currently exists, rather than the assumed state. Letting go is not passive resignation. It is the disciplined refusal to perform a premature measurement before the desired state has had time to gestate.
The claim that consciousness is the privileged collapser is defensible philosophically, but is not the consensus in physics. But consensus tells us many things that are untrue, even Galileo was ridiculed for viewing the Earth revolving around the Sun, which led to his arrest & trial.
Retrocausality: Time Is Less Linear Than It Looks
The strangest of the four phenomena, and the one with the most experimental support most readers have never heard of.
Wheeler’s delayed-choice experiment, conceived in 1978 and run successfully many times since, demonstrates that the decision to measure a photon’s behavior after it has already passed through the experimental apparatus appears to determine which behavior it exhibited. Wheeler set the experiment up to test whether a photon “knew in advance” how it would be measured; the result was that the future measurement choice determined the photon’s past behavior. The 2007 Jacques et al. experiment closed the remaining loopholes and confirmed the effect.
The delayed-choice quantum eraser experiments take this further. A photon’s path, already measured and recorded, can be effectively erased by a later operation, and the system’s behavior reflects the erasure as if the original measurement never happened. The experiments are real. The interpretation is contested. Wheeler himself argued (see At Home in the Universe) that the universe is participatory — that observation reaches backward in time in some genuine but limited sense, and that the past is not fixed in the way our intuition insists.
Mandela Effect at its finest. People recalling memories that are not in fact set in stone because the past is malleable.
This is the physics beneath Neville Goddard’s technique of revision — the practice of mentally reliving a past event with the desired outcome rather than the actual one, and treating that revised version as the true memory (see Awakened Imagination). Neville claimed this changes not just the practitioner’s relationship to the past but the past itself, in a way that ripples forward into present and future circumstance. From inside a strictly classical worldview, this sounds unhinged. From inside the experimental literature on delayed-choice and quantum erasure, it sounds like the same operation the universe performs at the photon level, scaled up.
The practical application is more accessible than the metaphysics. Whether or not revision literally rewrites the past at the level of physics, the felt past — the past as it is encoded in the nervous system, with its emotional charges and self-narratives — is genuinely malleable, and changing it changes the state from which the practitioner operates going forward. The retrocausal interpretation is a stronger claim than the merely psychological one. The framework holds the stronger claim as defensible while noting the weaker claim is sufficient to justify the practice.
Wheeler and the Participatory Universe
John Archibald Wheeler was one of the twentieth century’s most important physicists. He coined the terms black hole, wormhole, and quantum foam. He was the doctoral advisor to Richard Feynman and Hugh Everett. He was not a fringe figure.
Late in his career he proposed what he called the participatory anthropic principle — the claim that the universe requires observers to bring it into being, that observation reaches backward in time to constitute the conditions that made observers possible, and that physics and consciousness are entangled at the most fundamental level. His phrasing: “We are participators in bringing into being not only the near and here but the far away and long ago.”
Wheeler did not claim this was settled. He claimed it was the direction the evidence kept pointing, and he was unwilling to dismiss it because it made philosophical materialists uncomfortable. He is the most quotable advocate of the position the framework takes, and he held the position from inside an unimpeachable physics CV. When somebody asks why the framework feels licensed to make claims about consciousness and reality that sound metaphysical, the short answer is: because Wheeler held those claims, and Wheeler was nobody’s fool.
The Scaling Problem
The honest summary of all four phenomena is the same. The basic physics is established. The connection to macro-scale consciousness is at the frontier. The popular literature on quantum consciousness — Deepak Chopra, What the Bleep Do We Know!?, the more credulous corners of the manifestation industry — has historically overstated the science and embarrassed the serious researchers who work in the area.
The serious researchers exist. Roger Penrose and Stuart Hameroff’s orchestrated objective reduction (Orch-OR) theory argues that quantum effects in microtubules within neurons are the substrate of consciousness; the theory remains a minority position but has had some empirical wins, including the 2014 finding that anesthetics may work by disrupting microtubule quantum effects. Henry Stapp at Berkeley has argued for von Neumann–Wigner-style interpretations from within mainstream physics for forty years. Federico Faggin, the engineer who designed the first commercial microprocessor, has spent the latter half of his career developing a consciousness-first ontology with explicit quantum mechanical grounding.
The scaling problem is real. Quantum effects supposedly decohere — collapse to classical behavior — within picoseconds at body temperature in wet biological tissue. If consciousness depends on quantum effects, those effects need a mechanism to persist long enough to matter. Orch-OR proposes such a mechanism; the proposal is contested; the question is open. The educated guess is that the convergence between the contemplative traditions and the quantum literature is too consistent to be coincidence, and the scaling problem will eventually resolve in favor of the connection rather than against it. This is a wager, not a proof.
What This Means Operationally
Strip away the interpretive uncertainty and the four phenomena, taken together, supply a physics-grounded vocabulary for what the contemplative traditions have been claiming for thousands of years.
| Physics | What it claims | Operative move | Implications for God |
|---|---|---|---|
| Superposition | Every state already exists in the field of possibility | Stop trying to invent. Tune to the one you want. | God is the field. “I AM THAT I AM” — being itself, holding all possibilities at once. |
| Entanglement | Separation is local, not fundamental | The connection is already there. Operate as though. | Nothing is ever separate from God. Distance is the illusion. |
| Observer effect | Measurement is participation; consciousness collapses the field | The assumption is the measurement. Stop checking. | God speaks reality into being (“Let there be light”) — and you participate in that speaking. |
| Retrocausality | The past is less fixed than it appears | Revision changes the present state — and maybe the past. | God is outside time. Grace is retrocausal — the past is not fixed; forgiveness rewrites it. |
These are not four claims. They are four facets of one claim. Reality is participatory. Consciousness is constitutive. The contemplative traditions have been describing the operating manual for three thousand years in vocabularies the physics is only now catching up to.
Run the correct operating procedure.
If God is light, and you produce light, and that light obeys the laws above — the theological implication writes itself.
God has all possibilities, God is in all, God collapses the field, and God changes the past/future.
Sources
Primary physics:
- John Archibald Wheeler, At Home in the Universe (1994); various papers on the participatory anthropic principle
- Roger Penrose, The Emperor’s New Mind (1989), Shadows of the Mind (1994)
- Stuart Hameroff & Roger Penrose, “Consciousness in the universe: A review of the ‘Orch OR’ theory” (Physics of Life Reviews, 2014)
- Henry Stapp, Mindful Universe: Quantum Mechanics and the Participating Observer (2007)
- Federico Faggin, Irreducible: Consciousness, Life, Computers, and Human Nature (2024)
- Eugene Wigner, Symmetries and Reflections (1967) — the von Neumann–Wigner interpretation
Biophoton research:
- Fritz-Albert Popp, Biophoton Emission: New Evidence for Coherence and DNA as Source (1984); Integrative Biophysics (Popp & Beloussov, eds., 2003)
- Alexander Gurwitsch, Mitogenetic Radiation (1923) — the original observation
Key experiments:
- Aspect, Clauser, Zeilinger — Bell test experiments (Nobel Prize, 2022)
- Wheeler’s delayed-choice experiment (proposed 1978; executed Jacques et al., 2007)
- Kim et al., delayed-choice quantum eraser (1999)
Framework convergence:
- Vadim Zeland, Reality Transurfing: Steps I–V — Space of Variations
- Neville Goddard, Awakened Imagination (1954) — revision technique
- Dean Radin, The Conscious Universe (1997), Entangled Minds (2006)
Cautious skeptical reading:
- Sean Carroll, Something Deeply Hidden (2019) — many-worlds interpretation, mainstream physics view
- Adam Becker, What Is Real? (2018) — history of the interpretation debates
Scripture (KJV): Genesis 1:3. Matthew 6:22. John 1:4; 8:12. 1 Thessalonians 5:5. 1 John 1:5.
Caveats stand. The basic physics is established. The interpretations connecting it to consciousness are the new frontier. The thesis treats the convergence with the contemplative traditions as suggestive of a deeper structural truth and operationally usable on that basis. Take nothing literally, subject everything to inquiry, keep what aligns with direct experience, and discard the rest.