Information in the Universe Will Eventually Be Deleted

 

A Terrifying Discovery) discusses a recent and significant discovery in the field of physics. This discovery pertains to the Higgs boson, a particle that was first discovered in 2012 at the Large Hadron Collider (LHC). The Higgs boson, also known as the God Particle, is responsible for giving all other particles their mass. This mass is not a simple numerical value; it is the most crucial data that exists in the universe, creating gravity by bending the space-time of the universe.

 

The Higgs boson's existence was purely theoretical until its discovery. However, it is now known that these particles are responsible for the mass we gain when we step on a scale and the reason we need to diet. The Higgs particle gives all particles their mass, and this mass does not change. While it can be replaced by energy, making the law of conservation of mass incorrect and the law of conservation of energy correct, mass is generally conserved. This conservation of mass means that the data of each particle is indelible, and this has been the case since the universe was created.

 

However, a recent conference at the LHC announced a startling discovery that challenges this long-held belief. Evidence was found that the Higgs boson, the particle that gives the universe its data, can decompose into a ground beam and a photon. This discovery suggests that the universe's data can be deleted, a concept that contradicts the previously held belief that the data of each particle is indelible.

 

This discovery was made possible due to a major upgrade at the LHC. Theoretically, the more energy the Large Hadron Collider puts into it, the more likely it is to find new, smaller particles. This was possible thanks to a large-scale upgrade of LHC before 2012. And after one more upgrade last year, LHC discovered that there is a hypothetical particle involved in resolving the Higgs boson.

 

The data for this discovery came from examining the Higgs data obtained by accelerating and colliding with near the speed of light. Statistically, the error rate of the standard deviation is about 3.4, but it is a number that can never be ignored.

 

If you think that there is no way that the Higgs particle will disappear right away, of course, you are right. In the scenario, no energy interacts with the four major forces, and no matter what we do, we cannot stop the universe from accelerating expansion. If this process continues for a long time, which is difficult to imagine from our human point of view, eventually all stars and planets will disintegrate into atomic units, and if a tremendous amount of time passes there, atoms will disintegrate into elementary particles.

 

If even the Higgs particle, which gave mass, or data, to elementary particles is dismantled into photons, eventually the universe will become a state of complete nothingness. It's going to take a while, but if you research and synthesize the latest energy, eventually the universe will return to a state where there is nothing. We have no idea what this hypothetical particle that can break down the Higgs boron into photons is.

 

Talking about this cosmology leads to personal philosophical thoughts. After all, we don't even know where we came from or why. At some point, you will be born and have your own self, and at some point you will die, and your existence will disappear. Before you are born, you will go to a state of nothing. If this is confirmed, I wonder if the universe willbe created again or it will end as it is, because the perfectly harmless state is mathematically the same as in the Big Bang, from the point of view of the super string theory I talked about before.

 

The discovery of the Higgs boson, or the God Particle, was a significant milestone in the field of physics. It provided an explanation for why we have mass and why we gain weight. It also introduced the concept of mass as the most important data in the universe, responsible for creating gravity by bending the space-time of the universe. However, the recent discovery that the Higgs boson can decompose into a ground beam and a photon has challenged the long-held belief that the data of each particle is indelible. This suggests that the universe's data can be deleted, a concept that was previously unthinkable.

 

The Large Hadron Collider (LHC) played a crucial role in both these discoveries. The LHC was able to discover the Higgs boson in 2012, and a recent upgrade to the LHC led to the discovery of a hypothetical particle involved in resolving the Higgs boson. This hypothetical particle could potentially break down the Higgs boson into photons, leading to a state of complete nothingness in the universe. This process, however, would take an unimaginable amount of time from a human perspective.

 

The implications of these discoveries are profound and lead to philosophical thoughts about our existence and the origin of the universe. We don't know where we came from or why we exist. We are born, we live, and then we die, returning to a state of nothingness. If the universe returns to a state of nothingness, it could potentially be recreated in a Big Bang-like event, according to super string theory.

 

In conclusion, the video presents a fascinating exploration of the Higgs boson and its implications for our understanding of the universe. The discovery that the Higgs boson can decompose, potentially leading to the deletion of the universe's data, is a significant development in the field of physics. However, there is still much we don't know, including the nature of the hypothetical particle involved in resolving the Higgs boson. As we continue to explore these mysteries, we are reminded of the vastness of the universe and the endless possibilities it holds.