This Scientist Will Prove The World Is A Simulation, And Here’s How

Researcher Melvin Vopson from the University of Portsmouth wants to prove that our world is a computer simulation. Discover the experiment he wants to conduct to prove this theory…

Centuries pass, science advances, but humanity remains unable to explain the mysteries of the universe. In theory, the conditions required for planets and life to develop are so specific that our existence seems unlikely.

One of the only logical explanations is that he there are in fact an infinity of universes. It is therefore not surprising that life appears and persists in at least one of these dimensions even if the chances are very small.

However, there is another possible explanation: our universe is just a computer simulation. A higher entity would have been responsible for setting the ideal conditions for life to develop, for example a more advanced extraterrestrial species or an invisible being who constantly watches us…

This theory is supported by a branch of science called information physics. According to this current, space-time and matter are not fundamental phenomena. It is simply a physical reality consisting of information. And it is from this reality that our experience of space-time would emerge…

Already in 1989, physicist John Archibald Wheeler suggested that the universe was fundamentally mathematical and could be seen as emerging from information.

Later, in 2003, the philosopher Nick Bostrom from the University of Oxford in the UK formula his ” simulation hypothesis ». According this theoryit is actually highly likely that we are living in a simulation.

For good reason, an advanced civilization should always reach a point where its technology is sophisticated enough to that the simulations can no longer be distinguished reality. From then on, the participants will no longer be able to realize that they are in a simulation.

However, it is indisputably observed that our own simulations are increasingly realistic. While video games were still two-dimensional clusters of pixels 50 years ago, we already have photo-realistic graphics and even headsets allowing you to immerse yourself in the virtual world.

Very shortly, we ourselves will be able to create perfectly realistic simulations. If a superior civilization exists, then it is quite possible that it has already created such a simulation…

On his side, MIT physicist Seth Lloyd in the USA suggests that our whole universe could be a gigantic quantum computer. Their hypotheses were popularized in 2016, when the famous Elon Musk said that we live ” most likely » in a simulation.

“The world that is superimposed on your gaze”

Having trouble believing this surprising theory? He However, there are concrete clues suggesting that we live in a VR simulation and not an objectively existing world, independent of its observer.

In a virtual world based on information processing, everything can be reduced to a minimum size cannot be further divided: bits. This is exactly the case in our universe, where elementary particles are the smallest units of matter. In other words: our world is pixelated.

Likewise, the laws of physics that govern our universe look like lines of computer code that the simulation would follow in program execution. The mathematical equations and geometric patterns are also ubiquitous. Our world is therefore entirely mathematical.

Also, our universe seems to have a maximum speed limit: the speed of light. In a virtual reality, this limit would correspond to the maximum speed of the processor. And according to Albert Einstein’s theory of relativity, time would slow down near a black hole the way a overworked processor slows down a simulation…

Finally, quantum mechanical theory itself seems to support the simulation hypothesis. It indicates that the particles exist in several states simultaneously, and only exist in a determined state if they are observed or measured.

Moreover, quantum throttling allows two particles to be connected to each other regardless of the distance between them. However, an explanation for this phenomenon could be that all the code points of a VR simulation are in fact equidistant from the central processor. The distance that separates them is therefore an illusion…

How do we prove that we live in VR?

According to physics professor Melvin Vopson of the University of Portsmouth, it is possible to conduct experiments to prove that our universe is indeed a simulation.

He calls to detect computer “bits” that make up the code of our simulation. And to conduct the research, he believes that the principle of mass-energy-information (M/E/I) equivalence he has recently proposed is a first avenue to follow.

According to his postulate, information represents a fifth form of matter In the universe. This scientist calculated the information content expected for each elementary particle.

In 2022, his studies led to the publication of an experimental protocol to test predictions. This experiment involves erasing the information contained inside elementary particles by letting them cancel each other out with their anti-particles in an energy-emitting photo flash.

Thus, Melvin Vopson has predicts the exact range of frequencies expected for the resulting photos based on the physical information. However, he believes that this experiment can be carried out with existing tools and has launched a crowdfunding campaign on Indiegogo…

As an alternative, the physicist John Barrow proposed to look for minor miscalculations that we would inevitably find in a simulation. A programmer would need to fix these errors to keep the simulation running, and such changes could suddenly cause conflicting results of experiments to appear as alterations in the constants of nature. His idea would therefore be to monitor the values ​​of these constants permanently.

While the human seeks at all costs to create a realistic “metaverse”it could soon discover that he already lives in a virtual world. Another question then arises: are we robots with artificial intelligence? A recent scientific discovery seems to confirm…