- Simulation theory evidence
- Physics professor’s experiment
- Quantum mechanics and symmetry
Potentially onto something if you have the sensation that you are residing in a computer simulation resembling The Matrix.
According to physics associate professor Melvin Vopson of the University of Portsmouth, this is the case.
He asserts that our lives contain numerous indicators that we are merely characters in a sophisticated virtual world, and he intends to demonstrate this with an experiment.
The fact that the pace of light and sound is limited, for instance, indicates that they might be governed by the speed of a computer processor, as the expert points out.
The laws of physics that regulate the universe, according to him, are also comparable to computer code, whereas the fundamental particles that comprise matter resemble pixels.
However, the symmetry in butterflies, flowers, crystals, and starfish is one of the strongest evidences.
As the means by which machines “render the digitally constructed world,” symmetry is ubiquitous, according to Professor Vopson’s statement.
He stated, “This abundance of symmetry in the universe, as opposed to asymmetry, has yet to be explained.”
Symmetry in Construction and Virtual Realities
To facilitate the construction or design process, the most symmetrical shapes are utilised.
“Consider constructing a dwelling using bricks that deviate from the conventional shape of a brick.”
Building with bricks that were in an entirely asymmetrical configuration would render the undertaking nearly unattainable or considerably more intricate.
“The same holds true for the development of virtual realities and computer programmes. This maximises efficiency while minimising computational power or energy consumption.”
Additionally, the scholar believes that the peculiar and poorly comprehended realm of quantum mechanics provides evidence that existence defies logic.
More specifically, he alludes to quantum entanglement, an enigmatic physical phenomenon characterised by the renowned physicist Albert Einstein as “spooky action at a distance.”
Quantum entanglement connects two entities’ attributes without physical touch.
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This means particles thousands of kilometres apart can duplicate concurrently.
This is remarkably comparable to the manner in which two individuals can communicate via virtual reality.
The professor explains, “Quantum entanglement enables two particles to be eerily intertwined such that any manipulation of one results in an automatic and instantaneous manipulation of the other, regardless of their distance apart; this effect appears to occur at a speed exceeding the speed of light, which is illogical.”
Simulating Reality
However, this may be justified by the fact that all “locations” (points) within a virtual reality code ought to be approximately equivalent in distance from a central processor.
Therefore, despite the fact that two particles may appear to be separated by millions of light years. This is not the case if they were simulated.
Information, according to Professor Vopson, is the fifth state of matter, following solid, liquid, gas, and plasma.
He believes this is important to an experiment that will reveal we live in a computer simulation.
His objective is to collapse fundamental particles and ‘antiparticles’ using a device he intends to fabricate.
“Every particle has a “anti” counterpart that is identical but has the opposite charge,” he writes in The Conversation.
The emission of a specific frequency of light during the collision and annihilation of the particles is significant. It signifies the presence of information attempting to escape from the particles.
Moreover, if particles do indeed contain information, this would indicate that our reality is almost certainly a simulation created by a computer programme.
His hypothesis is detailed in a newly published book by Professor Vopson, titled “Reality Reloaded: The Scientific Case for a Simulated Universe,” which was released in September.
The author provides his perspective on the “inherently speculative” simulation theory, which endeavours to address philosophical inquiries while utilising particle physics.
The simulation theory is not exclusive to Professor Vopson; in fact, several notable individuals. Including Elon Musk, the founder of Tesla, subscribe to it.
Elon Musk stated at a 2016 conference that the probability of our existence in a “base reality” (the actual universe, as opposed to a simulated one) is “one in a billion.”
