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A Scientist Presented Possible Evidence That The Universe May Function Like A Simulation Similar To The Matrix, Based On A New Physical Law And Studies On Information And Genetics.
The hypothesis that the universe may function as a vast simulation, similar to the concept popularized by the film Matrix, has returned to the center of scientific discussions after a scientist claimed to have identified possible evidence supporting this idea.
The proposal was presented by researcher Melvin Vopson, from the University of Portsmouth, who investigates how information behaves within the systems that make up the universe.
According to the physicist, certain patterns observed in natural phenomena may indicate that reality operates similarly to advanced computational systems.
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The theory is still considered highly speculative but has gained attention by proposing a new way to interpret already known physical laws.
Scientist Analyzed Virus Mutations To Study Information
One of the stages of the research involved studying the behavior of information in biological systems.
To do this, the scientist analyzed genetic sequences of the SARS-CoV-2 virus, the same one as Covid-19.
The goal was to observe how genetic information evolves over the virus’s mutations.
According to the researcher, the data indicated that the entropy of information in the viral genome showed a tendency to decrease over time.
This behavior attracted attention because, in the traditional view of evolutionary biology, genetic mutations are often interpreted as essentially random events.
For the scientist, however, the observed pattern could indicate a process that favors genetically more efficient versions.
Thus, changes in the genetic code could follow a path similar to that of a system that optimizes its own functioning, a common feature in computer programs.
New Physical Law Tries To Explain The Behavior Of Information
To interpret these results, Vopson presented a concept called Second Law of Infodynamics.
This proposal attempts to explain how information evolves within physical systems.
The theory is inspired by the well-known second law of thermodynamics, which states that entropy—a measure of a system’s disorder—tends to increase over time.
A simple example of this principle is the case of a hot cup of coffee left on a table.
Over time, the liquid cools until it reaches room temperature, as energy is dispersed.
However, when analyzing information-based systems, the scientist claims to have found a different behavior.
Informational Entropy May Indicate Optimization Similar To That Of Computers
In the studies conducted by the researcher and his colleague Serban Lepadatu, it was observed that the entropy of information does not necessarily increase over time.
On the contrary, in some cases, it tends to decrease or remain stable when the system reaches equilibrium.
This behavior suggests the existence of a continuous process of data optimization.
For Vopson, this characteristic closely resembles the functioning of complex computational systems, which often use data compression and organization techniques to operate more efficiently.
If the universe were indeed a simulation, mechanisms of this type would be fundamental to make it possible to process a huge amount of information.
Symmetry In Nature Also Part Of The Analysis
Another point considered by the scientist involves the frequent presence of symmetry in natural phenomena. Symmetrical structures appear at various scales in nature.
They can be observed in snowflakes, in patterns of living organisms, and in different natural formations.
According to the researcher’s calculations, highly symmetrical states correspond to lower levels of informational entropy.
This would indicate that nature tends to organize its systems more efficiently from an informational standpoint.
Simulation Hypothesis Continues To Be Debated
In recent years, the idea that the universe may function as a simulation has gained ground not only in science, but also in philosophical and technological debates.
Nevertheless, many researchers emphasize that there is still no experimental proof capable of definitively confirming this hypothesis.
Even so, studies like the one presented by Vopson demonstrate that the search for evidence regarding the nature of reality continues to advance.
Meanwhile, the possibility that the universe operates similarly to the scenario depicted in Matrix remains one of the most intriguing theories in contemporary science.
Source: Aventuras na História
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