Are we living in a simulation?

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Are we living in a simulation? . Computerservicearminfischercom . https://computerservice.arminfischer.com/news/8356 .

Are we living in a simulation?

Have you ever had a déjà vu that felt too real? Or have you looked around in a crowd and wondered if some of the people around you were behaving mechanically? The idea that our reality isn’t the “original” but rather a highly sophisticated computer simulation is no longer purely science fiction. What began as a philosophical thought experiment is now the subject of heated debate at the intersection of quantum physics, pop culture, and systems theory.

When you consider the enormous leap from the first pixelated game simulation, Pong (1972), to photorealistic worlds like Cyberpunk 2077 in just 50 years, the question inevitably arises: Where will we be in 5,000 years? If we analyze the universe as if it were a gigantic operating system, we find striking parallels to modern software development.

Note: This article is largely based on the in-depth research and video essays Nothing Is Real: The Simulation Hypothesis by ith factory and The Simulation Argument | Are We Real? by RAUM|ZEIT.

1. The Visionaries: A Question That’s Thousands of Years Old

The idea that our senses deceive us into believing in a false reality is by no means new. In fact, humanity has been aware of this fundamental skepticism for millennia. For example, around 300 B.C., the Chinese philosopher Zhuangzi dreamed that he was a butterfly. Consequently, upon waking, he wondered whether perhaps a butterfly was dreaming that it was a human. You can find more details on this in the Wikipedia entry on the Butterfly Dream. / Wikipedia-Eintrag zum Schmetterlingstraum.

These philosophical trends culminated in 1999 in the pop-cultural phenomenon created by the Wachowski sisters with the film The Matrix, which introduced the question to a global mass audience for the first time.

2. Bostrom’s Trilemma: The Brutal Logic of Ancestor Simulation

In 2003, Oxford philosopher Nick Bostrom formulated the idea into a mathematical-statistical argument. In his groundbreaking work, he argues that a highly advanced civilization is, mathematically speaking, inevitably faced with a trilemma. One of the following three options must be true:

  1. Scenario 1: Technical Obstacles or Self-Destruction. Either simulating consciousness is technically impossible, or civilization will inevitably come to an end (e.g., through wars or artificial intelligence) before it reaches the technological maturity required to do so.
  2. Scenario 2: Ethical abstention. Although civilizations reach this technological level, they consciously choose not to conduct so-called “ancestral simulations” (simulations of their own past) for ethical reasons, so as not to cause artificial suffering.
  3. Scenario 3: Statistical certainty. Simulations are possible and are carried out on a massive scale. If millions of virtual historical eras or entertainment worlds are launched in the future, the number of simulated humans will astronomically exceed that of their biological counterparts. Statistically speaking, there is a more than 99.9% probability that we will then be among the virtual beings—we are the Sims.
substrat independence

The fundamental principle behind this is substrate independence. According to a widely held philosophical view, human consciousness is not necessarily tied to a biological brain, but rather is a pattern of synaptic activity. A sufficiently powerful computer could emulate this pattern.

3. The Hardware Signature of the Universe

If the universe is a programmed system, it would have to exhibit fundamental software and hardware limitations. Modern physics shows us exactly these four astonishing parallels:

  • Processor clock speed (speed of light):Every processor has a hard limit on how fast it can process data. In our universe, the speed of light is this absolute, unchangeable limit. Although Albert Einstein’s seminal work “On the Electrodynamics of Moving Bodies” (1905) provides a mathematically perfect description of how objects behave as they approach each other, it offers no explanation as to why nature sets this hard, universal limit of all things. In a simulation, it would simply be the maximum computational capacity of the hardware.
  • Lazy Rendering (Quantum Mechanics): To conserve processing power, modern game developers only calculate what’s within the player’s field of view (frustum culling). Interestingly, reality behaves the same way at the quantum level: just like in the famous double-slit experiment, electrons exist as a wave of all possibilities as long as they remain unobserved. Only at the moment of measurement does the particle settle on a state—the system “locks in” reality only upon interaction. The interior of a stone, for example, need not be computed until someone looks inside it. Physical proof of this was achieved, among other things, in Akira Tonomura’s well-known Hitachi experiment (1989). A related historical milestone is the Davisson–Germer experiment on Wikipedia.
  • Pixel resolution (Planck length): If you zoom in close enough to a wall in a game, it becomes pixelated. In the cosmos, the Planck length represents a fundamental limit below which spacetime ceases to be continuous and known physics completely breaks down. The universe has a minimum resolution.
  • Error Correction in the Foundation of Matter: While conducting mathematical research on supersymmetry, theoretical physicist James Gates Jr. made a surprising discovery: he encountered “self-dual doubly even codes” in the equations. These are exactly the error-correcting codes used in computer science to ensure the stability of data transfers on hard drives. The details of the research were published in the paper “Codes and Supersymmetry in One Dimension.”While conducting mathematical research on supersymmetry, theoretical physicist James Gates Jr. made a surprising discovery: he encountered “self-dual doubly even codes” in the equations. These are exactly the error-correcting codes used in computer science to ensure the stability of data transfers on hard drives. The details of the research were published in the paper “Codes and Supersymmetry in One Dimension.”.

4. Supercomputers: The Scope of Computing Power

Anyone who argues that a simulation of the universe is physically absurd is underestimating future hardware concepts. Mathematical models show just how much computing power is theoretically possible on a compact scale:

  • The Drexler-Chip: Engineer Eric Drexler theoretically designed a molecular chip the size of a sugar cube that would be capable of performing 10²¹ operations per second.
  • Jupiter Brains: In 2002, researcher Robert Bradbury introduced the concept of planet-sized megacomputers capable of performing 10⁴² operations per second.

Since current estimates suggest that human consciousness requires only 10¹⁴ to 10¹⁷ operations per second, even a tiny Drexler chip could simulate many thousands of people—a Jupiter Brain, on the other hand, could simulate entire quadrillions.

5. The Anomalies: NPCs, the Fermi Paradox, and Real Reddit Bugs

Beyond the hard science of physics, there are macroscopic observations that fit into the picture of a virtual world:

  • The Fermi Paradox as an empty skybox: Why, despite billions of galaxies and 14 billion years of time, do we find no traces of extraterrestrial life? A programmer who conserves resources wouldn’t fill the entire universe with observers. He would design the cosmos as a flat, empty backdrop (skybox) surrounding a single species in order to keep the server stable.
  • Die NPC-Theorie: In der Gen Z und Gen Alpha keimt das Gefühl auf, dass sich manche Mitmenschen wie programmierte Statisten (Non-Player Characters) verhalten, die starren Routinen folgen. Statistisch gesehen können bei 8 Milliarden Menschen nicht alle die Hauptrolle spielen – vielleicht füllen algorithmische Skripte die Kulissen auf.
  • Glitches in the Matrix (A Look into the Reddit Archive): The Reddit subreddit r/Glitch_in_the_Matrix, which has millions of members, collects instances where reality briefly freezes or exhibits computational errors. While science usually offers psychological explanations, some of the community’s most popular viral experiences read like tangible system errors:
Glitches in the Matrix
  • The Duping Bug (Duplicate Characters): An extremely popular post describes an incident from a user’s school days in which his neighbor stepped out of the classroom on his right, walked past him, and went down the stairs. Exactly 20 seconds later, the same classmate stepped out of the same classroom again, ran the same route, and looked at the deeply disturbed user with a completely bewildered expression—a classic error in the script loop or asset spawning. Another user reports how his neighbor was standing on the street in front of the house, splashing water; when the user parked two seconds later and looked away, the neighbor was suddenly standing in the exact same spot, but was now, in the same sequence of movements, washing his car—which hadn’t even been there before.
  • The rendering glitch: Another popular story revolves around unscrewing an old mirror from a room door. In the middle of the process, a screw seized up for no apparent reason. Seconds later, in the middle of the dry room, the edges of the mirror fogged up from top to bottom every second with a thick mist, until the phenomenon suddenly stopped and the screw turned smoothly again—to those involved, it seemed as though the system had briefly loaded the physical textures incorrectly at that point.
  • Classic Database Patches (The Mandela Effect): Collective, shared false memories—such as the Monopoly Man’s supposed monocle or the cornucopia in the Fruit of the Loom logo, which never existed. A sloppy hotfix in which the world was updated, but the local “brain hard drives” were not. The psychological analysis of this phenomenon can be found in the study on the Visual Mandela Effect.
  • System Desynchronization: Phenomena such as sleep paralysis (the sensation of being awake but unable to move) or “false awakening” (repeatedly waking up in the same bed within nested dream levels) seem like a lack of synchronization between the user interface and the game world. Medical explanations are provided by the study on sleep paralysis (PMC) and the analysis of false awakening (University of Heidelberg).

6. System Regulators and the Absurd Script

Any large-scale simulation requires strict resource management (cap management) to prevent server crashes caused by overpopulation or overload. In this conceptual model, controversial historical phenomena take on a purely functional role: Globally operating control structures or inscriptions calling for population control on monuments such as the historic Georgia Guidestones would therefore not be human conspiracies. Rather, they would be built-in, system-intrinsic regulatory mechanisms or “guardian programs” (like Agent Smith in The Matrix), generated by the system’s AI to keep the code stable.

This perspective aligns with a look at current world events, which increasingly resemble a completely absurd movie script: A reality TV star becomes a two-term U.S. president, countries post internet memes about each other during military crises, billionaires perish in a submarine controlled by a cheap gaming controller, and a container ship stuck sideways in the Suez Canal paralyzes global trade. Reality is almost too bizarre to be unprogrammed.

Scientific Resistance: Ockham’s Razor

Despite all the parallels, there are strong scientific objections:

  1. Ockham’s Razor: The philosophical principle states that, of two explanations for the same phenomenon, the simpler one is always to be preferred. The simpler explanation is this: Our brains are fallible, memories are deceptive, and chance exists.
  2. Falsifiability: Physicist Sabine Hossenfelder argues that the simulation hypothesis is not a scientific theory but merely a matter of faith, since there is no experiment that could either disprove or prove it. You can read her detailed argument in the article “Physicist Trashes Simulation Theory” on Futurism.com.
  3. The computing power problem: A complete calculation of every atom in the universe in real time would require more computing power than the number of atoms in the universe itself—unless the system consistently uses the lazy rendering described above.

Conclusion: Code or Creation?

Ultimately, the simulation hypothesis reveals a surprising parallel to traditional, monotheistic religions. An invisible creator who establishes rules, rarely intervenes directly, and creates a system out of nothing is hardly any different from a programmer observing a sandbox simulation. Perhaps the hypothesis is simply the most modern, technological form of theology: a faith that works with code instead of sacred texts.

There is no definitive answer, no red pill, and no visible admin terminal. Yet, just as the philosopher Zhuangzi showed us 2,300 years ago, this thought experiment reveals one thing above all else: Regardless of what our world is made of—your breath, your thoughts, and your feelings are real to you in the here and now. Live, feel, and doubt all the same.

Leben wir in einer Simulation?

Deutscher Artikel:
Leben wir in einer Simulation? . Computerservicearminfischercom . https://computerservice.arminfischer.com/news/8313 .

Links:
https://www.reddit.com/r/Glitch_in_the_Matrix/ .

Nick Bostrom Artikel:
https://simulation-argument.com/simulation.pdf

Das Simulationsargument | Sind wir real? (2019) . Raumzeit – Vlog der Zukunft . https://youtu.be/LXKb0uKD9uQ?si=vM_ng0mLLT2wnmUV .


Nichts ist echt. – Die Simulationshypothese . ITH FACTORY . https://youtu.be/fHI7a5m3kOQ?si=lPAK5llhQIi0bi0o .


Keywords:
Are We Living in a Simulation, Simulation Theory, Simulation Hypothesis, Nick Bostrom, Fermi Paradox, Fermi-Paradox, Fermi, Leben wir in einer Simulation , Simulationstheorie , Simulationshypothese ,

Hashtags:
#AreWeLivinginaSimulation, #SimulationTheory , #SimulationHypothesis , #LebenwirineinerSimulation , #Simulationstheorie , #Simulationshypothese , #NickBostrom , #FermiParadoxon , #Fermi ,

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Computerservice.arminfischer.com  // Armin Fischer Dienstleistungen // HandinHand.arminfischer.com & Hand in Hand Alltagshelfer UG www.handinhand-alltagshelfer.de . Alltagshelfer , Pflegeberatung . // digitaleseniorenhilfe.arminfischer.com

Das Simulationsargument | Sind wir real? (2019) . Raumzeit – Vlog der Zukunft . https://youtu.be/LXKb0uKD9uQ?si=vM_ng0mLLT2wnmUV .

Nichts ist echt. – Die Simulationshypothese . ITH FACTORY . https://youtu.be/fHI7a5m3kOQ?si=lPAK5llhQIi0bi0o .

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