The simulation hypothesis asks whether a sufficiently advanced civilization could create a virtual world so convincing that its inhabitants would experience it as reality. Rizwan Virk says an immersive virtual-reality table-tennis experience pushed him to think seriously about how quickly computing might approach that threshold. In a June 2026 interview on *The Peter McCormack Show*, he connects the idea with his interpretations of AI, quantum physics, computing and consciousness.
This wasn't just a fleeting thought; it was the genesis of a deep dive into simulation theory. The journey began in the tech industry, exploring virtual and augmented reality, but soon expanded to encompass consciousness, Buddhist meditation, and even shamanic dream work. This dual exploration (one foot in the tangible world of startups and venture capital, the other in the abstract realms of consciousness) laid the groundwork for a radical re-evaluation of reality itself.
Technological and Scientific Drivers of the Simulation Hypothesis
- Immersive VR experiencesEarly VR technology, like a realistic ping-pong game, demonstrated the potential for simulated environments to convincingly fool human perception.
- AI-driven world creationGenerative AI and LLMs are now capable of creating complex virtual worlds and indistinguishable AI characters from simple prompts, drastically accelerating simulation development.
- Quantum physics parallelsPhenomena like the observer effect and entanglement suggest reality may be information-based and observer-dependent, mirroring computational optimization.
- Information as fundamental realityThe 'it from bit' concept and digital physics propose that information, not matter, is the foundational element of the universe.
From Pixels to Physics
The evolution of video games offers a compelling analogy for the nature of reality. Early games, like those on Atari or early PCs, rendered entire worlds from pre-made assets, akin to a materialist view where everything exists independently. However, games like Doom and later titles such as No Man's Sky, which features 18 quintillion planets, rely on procedural generation and rendering only what is immediately visible.
This 'render-on-demand' approach mirrors concepts in quantum physics, such as the observer effect, where phenomena only manifest definite states when measured.
This optimization technique, where the universe might only render what is observed or measured, aligns with computer science principles like 'lazy programming.' In lazy programming, code is executed only when its results are needed, conserving resources. Similarly, the universe might be conserving computational power by not rendering aspects that are not currently being perceived or interacted with.
This suggests that physical reality, much like a video game world, might be an information-based construct, rendered as needed.
AI's Exponential Surge
The pace of technological advancement, particularly in artificial intelligence, has dramatically accelerated the timeline for creating convincing simulations. The emergence of generative AI, capable of producing text, images, and realistic videos, has been a watershed moment. Platforms like OpenAI's Sora and Google's Genie 3 can now generate entire virtual worlds from simple descriptions, a process that once required immense manual effort in 3D modeling.
This exponential growth is further amplified by the integration of Large Language Models (LLMs) with game engines. AI can now create dynamic, responsive non-player characters (NPCs) with complex backstories, replacing rigid dialogue trees with fluid, human-like conversations. This capability is crucial for the 'simulation point,' defined as a virtual world indistinguishable from the physical, populated by AI characters indistinguishable from humans.
The Statistical Case for Simulation
The simulation hypothesis is not merely a technological projection; it's also a philosophical argument. Nick Bostrom's 'simulation argument' posits that at least one of three propositions must be true: civilizations go extinct before reaching a post-human stage capable of running ancestor simulations; post-human civilizations are uninterested in running such simulations; or we are almost certainly living in a simulation.
Elon Musk famously echoed this, suggesting the odds of living in base reality are 'one in billions.'
This statistical reasoning suggests that if advanced civilizations can create simulations, they would likely create many. Therefore, the probability of being in one of these numerous simulations, rather than the single base reality, becomes overwhelmingly high. This perspective is further supported by the observation that even physicists, while perhaps skeptical of the 'simulation' label, increasingly acknowledge that reality may be fundamentally information-based.
Quantum Clues to an Information Universe
Quantum physics offers some of the most intriguing hints that our reality might not be what it seems. Phenomena like the observer effect, where particles behave differently when measured, and quantum entanglement, famously dubbed 'spooky action at a distance,' defy classical materialist explanations. These behaviors suggest that reality might be more fluid and observer-dependent than previously thought.
Physicists like John Wheeler proposed the 'it from bit' concept, suggesting that physical reality emerges from information at its most fundamental level. This idea, updated to 'it from qubit' by David Deutsch, posits that the universe is not made of physical matter but of information, processed and rendered. This perspective aligns with digital physics, which explores the conservation of information alongside energy and momentum, and suggests that our universe could be a computational process.
The Universe Renders 'As Needed'
The concept of 'lazy programming' in computer science, where code is executed only when necessary, provides a powerful analogy for how the universe might operate. If reality is a simulation, it would be computationally efficient to only render what is being observed or interacted with.
This 'render-as-needed' principle could explain phenomena like the observer effect in quantum mechanics, suggesting that the universe conserves resources by not processing aspects that are not currently relevant to an observer.
This idea extends to the very fabric of time and memory. Experiments like the delayed-choice double-slit experiment suggest that future measurements can influence past events, implying that the past itself might be 'pulled on demand' or generated as needed. This challenges our linear perception of time and suggests that what we remember as history could be a generated construct, consistent with the current state of the simulation.
The Imminent Metaverse Turing Test
The convergence of AI, VR, and game engines is rapidly pushing us toward a 'metaverse Turing test.' This test would involve interacting with virtual environments and characters so realistic that one could not distinguish them from physical reality or human interaction. With AI-powered NPCs capable of complex conversations and virtual worlds generated dynamically, the line between player and simulated character, and between virtual and physical space, is becoming increasingly blurred.
Projections suggest that within years, we could reach a point where virtual avatars controlled by AI are indistinguishable from human players. This isn't just about conversation; it's about shared experiences in three-dimensional virtual spaces, requiring AI to possess 'spatial intelligence.' The rapid development in this area indicates that creating such immersive, interactive simulations is not a distant dream but an approaching reality.
Reframing Reality and Future Prospects
- Accelerating timeline to simulationThe rapid progress in AI and VR suggests we are years, not decades, away from creating simulations indistinguishable from physical reality.
- Life as a quest or RPGViewing existence as a simulation can reframe personal challenges as quests, encouraging growth and learning rather than despair.
- Potential 'glitches' as evidenceExperiences like déjà vu and synchronicity, along with consistent reports of seeing patterns or code, are interpreted as potential clues to a simulated reality.
- Ancient wisdom aligns with modern theoryConcepts from spiritual traditions about illusion, forgetfulness, and the nature of consciousness offer striking parallels to the simulation hypothesis.
Glitches in the Matrix
Beyond technological advancements, certain personal experiences and phenomena are often cited as potential 'glitches' or clues pointing towards a simulated reality. These include déjà vu, the uncanny feeling of having experienced a moment before, and synchronicity, the meaningful coincidence of events. While often dismissed as psychological quirks or random chance, these anomalies can be interpreted through the lens of simulation theory.
Philip K. Dick, the science fiction author whose works inspired films like 'Blade Runner' and 'The Matrix,' famously spoke of reality as a computer-programmed construct, with glitches appearing as alterations or repetitions of events. The feeling of déjà vu, he suggested, could be a sign of replaying a simulation.
Similarly, synchronicity, defined by Carl Jung as an acausal connection between internal thoughts and external events, can be explained if reality operates on an information substrate where intent can influence outcomes.
Ancient Wisdom Meets Modern Tech
The simulation hypothesis finds surprising resonance with ancient spiritual and mystical traditions. Concepts like Maya (illusion) in Hinduism and Buddhism, or the idea of the world as a reflection of divine words in Abrahamic religions, suggest that many cultures have long contemplated a reality that is not fundamentally material.
These traditions often speak of a process of forgetfulness upon entering this world, a metaphor for the 'reset' that might occur when a consciousness enters a simulated existence.
Figures like Plato, with his allegory of the cave, and traditions describing angels and gods as non-player characters (NPCs) performing functions within a larger system, echo the language of simulation. The Sufi concept of 'insan' as a 'prisoner of forgetfulness' further aligns with the idea of souls entering a simulated reality and forgetting their true nature.
These ancient narratives, when viewed through the lens of modern information science, suggest a continuity in humanity's quest to understand the fundamental nature of existence.
Life as a Quest or RPG
Adopting the simulation hypothesis can profoundly alter one's perspective on life. Difficulties and suffering can be reframed as 'quests' or challenges within a larger game, akin to an RPG where players choose roles and face increasing difficulty. This perspective can make hardships more bearable, suggesting that the most meaningful experiences and growth often come from overcoming the most challenging scenarios.
The concept also implies a purpose beyond mere existence. Near-death experiences, often involving a 'life review,' suggest that the 'game' is judged not by material success but by how one treated others and the experiences shared. This reframes life as a journey of learning and connection, where the ultimate goal is not personal gain but shared growth and understanding, a stark contrast to a nihilistic interpretation of a simulated reality.
The Search for Definitive Evidence
While the simulation hypothesis remains difficult to definitively prove or disprove, the search for evidence is ongoing. The observer effect in quantum physics, the information-based nature of reality ('it from bit'), and the computational efficiency of 'rendering on demand' are all considered strong indicators. Digital physics and experiments exploring the conservation of information offer a framework for scientific inquiry into these questions.
Furthermore, phenomena like the Mandela Effect, where large groups of people share false memories, or the consistent reports of seeing 'grid lines' or code-like patterns under certain altered states, are being collected and analyzed. While some dismiss these as subjective experiences or conditioned perceptions, their consistency across many individuals fuels the debate and encourages further investigation into the underlying structure of our reality.