The Higgs Boson Should Have Destroyed the Universe – Shakes in the Discovery of Gravitational Waves

In 2012, CERN researchers confirmed the existence of the Higgs boson. The Higgs boson is one of the most important yet unexplored parts of the Standard Model of the particle puzzle. In fact, if the Higgs boson didn't exist, mass in the Standard Model would be impossible. It is the Higgs boson that gives particles in the Higgs field their mass. For more detailed information: Higgs Boson What is the Higgs Field?

Robert Hogan and Malcolm Fairbairn of King's College London believe that the existence of the Higgs boson has far greater implications than previously thought, and that the stable universe will become unstable and collapse in on itself in its first seconds because of the Higgs boson. Their work was published on June 24. Physical Review Lettersand Cornell University Library Arxiv.orgPublished in.

Immediately after the Big Bang, an expansion faster than the speed of light occurred, known as cosmic inflation, at millions of fractions of a second. This expansion caused ripples in space, known as gravitational waves. I have two articles about this gravitational wave. 1-The Discovery of Gravitational Waves and Its Consequences 2-Consequences of the Discovery of Gravitational Waves – 2 – Quantum Fields, the Higgs Field and Inflation TheoryThis fluctuation must also have affected the cosmic radiation spreading through space. In March, researchers announced the discovery of gravitational waves using the Cosmic Extragalactic Polarization Background Imaging (BICEP2), but they later stated that the discovery in this background imaging might not be gravitational waves, but rather dust from the Milky Way Galaxy. Therefore, the discovery of gravitational waves is currently under debate.

The discovery of the Higgs boson took place in this part of CERN.

In the early universe, the Higgs field existed alongside gravity. This field is not like gravity and does not accelerate particles or transfer energy. However, it interacts with particles and gives them mass. While we cannot directly detect the Higgs field, we can detect the Higgs boson, which acts as a messenger between the particle and the field. The conclusion reached by these two scientists is that expansion faster than the speed of light will cause quantum fluctuations, and this fluctuation will disrupt the structure of the Higgs field, creating a lower energy level and forcing the universe to collapse back into itself.

To explain further, during expansion faster than the speed of light, quantum fluctuations at the subatomic scale have a significant impact. This effect causes the Higgs field to become unstable and fall to a lower energy level. This fall to a lower energy level, in turn, causes particles to become even more massive, forcing the universe to collapse in on itself. But we're still here.

The low energy level is a completely different matter. I'll explain that later under the heading "The Universe Might Be in the Wrong Vacuum."

They propose two solutions to this problem. The first is to discover a direct connection between the Higgs field and cosmic inflation, or expansion. The second is to assume there is no temperature difference between the emanations during cosmic inflation, or expansion. The only problem is that no theory can explain these two solutions using current physics and particle theory.