Jesse Michels interviews Riz Virk—MIT- and Stanford-educated computer scientist, video game entrepreneur, and author—on the simulation hypothesis, exploring how quantum physics, information theory, ancient mysticism, and gaming converge to suggest our reality is a computed simulation, and arguing for a life-affirming “RPG version” in which we are conscious players with free will rather than meaningless NPCs.
The Simulation Hypothesis: Core Arguments
Nick Bostrom’s foundational thesis (from his 2012 book Superintelligence) argues that if future civilizations can create high-fidelity virtual worlds indistinguishable from base reality, the odds are overwhelming that we are already inside one—just as AI has now passed the Turing test in text, so too could VR eventually match reality.
Elon Musk popularized the idea with his “one in billions” chance we are in base reality; even Neil deGrasse Tyson concedes roughly 50% likelihood.
Riz Virk extends Bostrom’s work by pointing to specific phenomena in physics—finely tuned constants, quantum indeterminacy, information-theoretic structures in biology—as evidence that reality is fundamentally computational, not material.
Evidence from Physics and Fine-Tuned Constants
Physical constants are extraordinarily fine-tuned: Planck’s constant, the strong nuclear force, and the gravitational constant all sit in narrow ranges that permit stable elements (hydrogen, carbon, oxygen), long-lived stars, and planetary atmospheres—any deviation would make life impossible.
Water’s anomalous properties (ice being less dense than liquid water due to hexagonal crystal lattice formation) prevent Earth from flooding and are essential for organic life.
Earth’s magnetic field and Van Allen belt shield life from cosmic radiation while allowing enough through to drive genetic mutations for evolution; astronauts need Schumann resonance machines in space to compensate for its absence.
Virk proposes a “simulated multiverse”: all possible values of these constants have been run in simulation, and we inhabit the version tuned for our existence—an alternative to the standard multiverse interpretation that avoids the problem of constantly cloning entire physical universes.
Information Theory and Binary Structures in Nature
Claude Shannon’s information theory and John Archibald Wheeler’s “it from bit” (updated to “it from qubit”) suggest physical reality arises from a substrate of binary information—yes/no questions, ones and zeros.
Matter-antimatter pairs (e.g., electron and positron) function as binary switches; DNA’s four nucleotides form two base pairs (A-T and C-G), resembling a binary code.
Fibonacci sequences and the golden ratio appear throughout biology (DNA dimensions, leaf arrangements) and cosmology (spiral galaxy arms including the Milky Way), suggesting reusable “code modules” analogous to copy-pasted software functions.
Fractal self-similarity across scales—from biological structures to cosmological patterns—resembles an infinite nesting-doll system, consistent with procedural generation in video games.
Quantum Mechanics as Computational Rendering
Quantum indeterminacy and superposition (particles existing in probability waves until observed) mirrors lazy evaluation in computer science—a system that only renders what an observer needs, saving computational resources.
Heisenberg’s uncertainty principle (position vs. momentum tradeoff) resembles a computational caching function with limited local memory.
Fermat’s principle of least time (light taking the most efficient path) suggests reality-rendering is governed by optimization algorithms.
The measurement problem: the Copenhagen interpretation’s wave function collapse has no mathematical mechanism; Hugh Everett’s many-worlds interpretation avoids collapse by splitting universes at every quantum decision, but this is not parsimonious—unless universes are information, not physical matter, making “cloning” trivial.
The Role of Consciousness and Free Will
Early quantum pioneers (Heisenberg, Planck, von Neumann, Wigner, Schrödinger) entertained the idea that mind collapses the wave function; later physicists shifted to “measurement by particle interaction” to avoid this, but measurement devices themselves can be in superposition until observed by a conscious entity—creating an infinite regress that only consciousness resolves.
Erwin Schrödinger argued consciousness is “absolutely fundamental” and cannot be reduced to physical terms; his lecture series What Is Life? and his dog named Atman (the Hindu primordial soul) reflected his deep engagement with Vedantic philosophy.
Roger Penrose’s Orch-OR theory proposes that quantum superposition in brain microtubules builds up a gravitational component until reaching a threshold, at which point the wave function collapses—creating a fleeting window where free will operates before outcomes are determined.
Virk argues free will is computationally irreducible: it requires a “player” outside the system making choices for an “avatar” inside it, not mere quantum randomness.
Time may break down at subatomic scales just as gravity does; if time and gravity are coupled (as in general relativity), then time superposition may be the upstream cause of position/momentum superposition—the brain may “decohere” time into a linear experience.
Parapsychology and Mind-Matter Interaction
Random event generator (REG) experiments at Princeton’s PEAR Lab (run by Dean of Engineering Bob Jahn), Duke’s Rhine Institute, and Dean Radin’s IONS show that human intention can statistically skew outputs of quantum-random devices—observers intending “ones” or “zeros” produce measurable deviations.
These experiments follow strict scientific protocols and survive standard skeptical objections (p-hacking, survivorship bias, file drawer effects); the effect is real even if no causal mechanism is yet known.
Virk compares this to historical anomalies like Mercury’s orbit (requiring general relativity) and blackbody radiation (requiring quantum theory)—real effects awaiting new mathematical frameworks.
Rupert Sheldrake’s morphic resonance (the idea that once a task is learned, it becomes easier for others to learn) and the Bannister effect (Roger Bannister’s 1954 four-minute mile was broken by 10 others within 2.5 years) are consistent with a client-server model where individual minds upload information to a central repository, making subsequent downloads easier.
Extended electrodynamics (Maxwell’s original 21 equations vs. Heaviside’s simplified four) introduces scalar fields and exotic wave types (including helicoidal waves) that could explain faster-than-light client-server communication between biological organisms and a larger information field.
The Mandela Effect and Consensus Reality
The Mandela effect—large groups sharing false memories (Nelson Mandela dying in prison in the 1980s, “Luke, I am your father,” “Sex in the City,” “Bernstein Bears”)—suggests that reality variables can be changed and timelines rerun.
Scriptural changes are especially significant because religious texts are memorized word-for-word (Islamic Hafiz tradition); a Sufi Imam attributed this memorization practice to jinn—entities outside normal space-time that can alter physical objects but not memories.
Philip K. Dick’s 1977 Metz speech stated: “We are living in a computer-programmed reality, and the only clue we have to it is when some variable is changed”—he believed his novel The Man in the High Castle (Germany and Japan winning WWII) reflected a real timeline that was later overwritten.
Donald Hoffman: Perception as Interface
Cognitive psychologist Donald Hoffman argues that perceiving objective reality is not evolutionarily adaptive—seeing a color (red) is faster for survival than processing a 650nm wavelength; sounds, tastes, and smells are high-level abstractions, like desktop icons hiding source code.
Our senses are reductive filters, not productive windows—evolved to guide fitness-relevant behavior, not to show us what is truly real.
High-Energy Physics and Breaking Out of the Simulation
Ken Wilson’s renormalization group shows that at high energy levels near critical points, new universal behaviors emerge and lower-energy abstractions are stripped away—suggesting extreme energy reveals deeper layers of reality.
Nuclear weapons testing may literally rip holes in spacetime: the Tsar Bomba (80–100 megatons) and theoretical yields of 10⁹ tons of TNT could fold spacetime; UFOs consistently appear around nuclear tests (documented by Robert Hastings in UFOs and Nukes; green fireballs observed by Edward Ruppelt and Lincoln LaPaz).
Heisenberg uncertainty between time and energy means extreme energy disrupts time—potentially opening windows to other planes or deeper reality layers.
CERN’s Large Hadron Collider (13 TeV collision energy) and Brookhaven’s Cosmotron (site of a 1992 UFO crash) operate at energy levels where anomalous phenomena may emerge; plasma orbs observed by NASA shuttle astronauts and WWII-era “Foo Fighters” in Germany may be manifestations of the fourth state of matter revealing reality’s information substrate.
Thomas Townsend Brown’s high-voltage gravitational experiments (funded alongside Bryce DeWitt’s quantum gravity work) produced anomalous phenomena; Brown believed his work had time-travel implications.
Ancient Mysticism and the Simulation
Plato’s cave, Hindu Maya (illusion/enjoyable delusion), and the Sufi 70,000 veils all describe reality as a concealing filter between consciousness and a higher realm.
Maya is more subtle than “illusion”—it is the power of illusion, like choosing to suspend disbelief at a magic show; Islamic scripture calls the world an “enjoyable delusion” (mata’ al-gharuri); Hindu tradition calls it Lila, the play of the gods.
Jewish Merkavah mysticism: seven hekhalot (palaces), gatekeepers requiring passwords, breathing/visualization techniques; four rabbis attempted ascent, only one returned sane (the parable of the Party in the Garden).
Ancient Egyptian Pyramid Texts (2400 BC): pharaoh’s soul guided through seven areet (palaces) with passwords and amulets.
Chinese Shangqing Taoism: soul sent out of body through heavens using breathing, visualization, mantras, and talismans.
The Apostle Paul’s ascent to the third heaven (2 Corinthians) and his “thorn in the flesh” mirror Merkavah gatekeeper encounters.
These parallels across cultures with no contact suggest they are downstream of an objective reality—different descriptions of the same phenomenon.
Near-death experiences and DMT psychedelic experiences consistently describe a realm “more real than real,” with life reviews experienced as holographic replays from multiple perspectives—Dannion Brinkley described a “holographic panoramic” review where he experienced the ripple effects of his actions on others, implying all events are recorded in full detail.
Common metaphor across traditions: the soul is “clothed” in the body (Bhagavad Gita, Rumi); the body is a container or prison for a fallen soul from a richer multidimensional realm.
UFOs and the Simulation
Jacques Vallée (with whom Virk is close; Vallée introduced Virk to the idea) recounted a UFO case in northern California/Oregon where a craft descended at a 45-degree angle through tall redwood trees—witnesses initially withheld this because it sounded impossible, but it left physical ground marks; this resembles a video game object transitioning from holographic projection to rendered solid state.
Virk proposes UFOs may be hyperobjects (per James Madden’s Unidentified Flying Hyperobjects) existing outside the simulation, projected in to scramble perception and raise consciousness—they have access to the information substrate, materializing/dematerializing and skipping across time.
Diana Pasulka’s book Encounters features a source whose father was in a secret space program and repeatedly used the word “simulacra” at lunch—echoing Philip K. Dick’s language.
Philip K. Dick’sThe Adjustment Team (adapted into The Adjustment Bureau) was inspired by Dick noticing a light-pull chain had been replaced with a switch—a small variable change suggesting timeline manipulation by entities with “root access.”
Time, Timelines, and Optimization
Probability only has meaning across multiple runs: a single coin flip has no probability—it requires many trials; quantum probability waves therefore imply the simulation is being run many times.
The brain may function like a stylus on an LP record, choosing among pre-existing timelines; or like a video game player saving game states, running forward, and selecting the optimal branch.
Human intuition—making “irrational” decisions that work out—may be the brain sensing shards of future timelines from simulation runs; this is computationally irreducible and fundamentally different from AI optimization.
Déjà vu may be the subjective experience of a variable being changed and a timeline rerun—Philip K. Dick’s “clue” that the simulation has been adjusted.
The optimization function being run could be spiritual growth through experience: difficult quests, physical handicaps, and suffering may represent a high-level player choosing “hard mode” to accelerate learning.
NPCs and How to Play the Game
Virk distinguishes between two versions of simulation theory:
NPC version: we are non-player characters, mere software—nihilistic and disempowering.
RPG version: we are avatars of conscious players with real agency—life-affirming and consistent with Plato’s myth of Er, anamnesis, and voluntary incarnation.
John McCarthy’s parable of the Bureau of Simulation: a man is told he will be replaced by a simulated human if his behavior remains predictable; he dramatically changes his life (moves to Himalayas, meditates, climbs mountains) but is still replaced—because even his rebellion was predicted. He has become an NPC.
Karl Friston’s free energy principle shows neurons are attracted to low entropy and order; consciousness and intention drive syntropy (the inverse of entropy), making consciousness the primary anti-entropic force in biology—something Schrödinger anticipated in What Is Life? and Michael Levin is now confirming at the cellular level.
To avoid NPC mode: tune out environmental programming (social pressure, status games, materialism) and tune into internal intuition—Steven Spielberg teaches his children that the best intuitions are “whispers” that require silencing loud external noise.
Genuine clues about which timeline to choose may come as intuitions, synchronicities, or what Philip K. Dick called messages from the future—whether one frames them as quantum physics, divine guidance, guardian angels, or the Adjustment Team.
Erwin Schrödinger’s closing line in all his lectures: “Atman equals Brahman”—the individual soul equals the universal consciousness, the player equals the game.
