Have you ever felt like life is a bit too much like a movie?
It's as if we're all unknowingly choosing the blue pill, blissfully unaware of the true nature of our existence.
Even Tesla's Elon Musk has previously said it's more likely we're living in a simulation than not.
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At a conference in 2016, he proposed that the likelihood of us existing in a 'base reality' rather than a simulated one is extremely low – one in billions, he suggested.
One scientist might just be holding the metaphorical red pill in his hand.
Melvin Vopson, a physics professor at the University of Portsmouth, has a theory that we might all be living in a computer simulation, similar to that of The Matrix.
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His theory is backed by several clues that point toward our existence being in a simulated reality.
For one, Vopson points to the laws of physics which resemble a set of computer code. Another clue is the limitations of the universe such as the speeds of light and sound.
Whilst particles – the building blocks of matter – could represent pixels in a digital image.
And the physicist isn't just keeping it as a wild theory either. Vopson is planning an experiment to answer the burning question of whether we're living in a simulation.
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He intends to collide particles and their antiparticles to see if they emit a specific light frequency upon annihilation.
If they do, it could mean that these particles contain information trying to escape, which could very much provide proof for living inside a computer programme.
'All particles have “anti” versions of themselves which are identical but have opposite charge,' Vopson explained.
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In his new book called 'Reality Reloaded: The Scientific Case for a Simulated Universe,' Vopson highlights that his simulation theory is 'inherently speculative.'
According to Vopson, one of the most convincing arguments for living in a simulation is the existence of symmetry.
Professor Vopson said: 'Symmetry is everywhere because it's how the machines 'render' the digitally constructed world.
'This abundance of symmetry, rather than asymmetry, in the universe is something that has never been explained.'
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From the patterns on butterfly wings to snowflakes, this symmetry could be the result of a digital world created by computer machines.
Vopson continued: 'When we build or design things we have to use the most symmetric shapes to simplify the process.
'Just imagine building a house from bricks that are not the standard shape of a brick. If the bricks were in a totally irregular shape, the construction would be almost impossible or much more complicated.
'The same is when we design computer programs or virtual realities – and this maximises efficiency and minimises energy consumption or computational power.'