Forget everything you’ve learned about how the universe works. A new theory is being developed and developed by Chicago scientists in connection with the discovery that the subatomic particle known as boson W, has a larger mass than indicated. The experiments were carried out using Fermilab collider Detectorstudy of particle collisions in the accelerator Tevatron.

The difference is only about 0.1%, but it will have a huge impact on physics. The so-called Master Particle Model has predicted no discrepancies for 50 years, and confirming the results of the analysis will be a milestone in science and understanding of the universe, the most important since Einstein’s theory of relativity.

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Even though humanity represents a big step forward, the physics community remains cautious as usual, as the results, even exact ones, are at odds with the standardized measurements of the Standard Model and categorically at odds with the Chicago study.

“If the results are confirmed by other experiments, the world will look different,” project co-author David Toback told BBC News. “There will be a paradigm shift. It is hoped that perhaps it is this result that will cause disruptions.”

“Carl Sagan (one of the most famous astronomers in history) said that “extraordinary claims require extraordinary evidence.” We believe we have them.”

Giorgio Chiarelli, professor and co-inventor of the Fermilab Collider Detector, told the BBC the results surprised the team: “No one expected this. We thought maybe there was something wrong with us.”

Exploration could change the way we view the universe

Members of the LHC, the Large Hadron Collider, which is the largest particle accelerator in the world, also support the idea that the study could change the understanding of the universe. One of them is Mitesh Patel from Imperial College London.

“We hope that these cracks will turn into abysses, and then we will see some kind of signal that will not only confirm that the Standard Model has fallen apart as a description of nature, but also give us a new direction that will help us understand where we are. seeing and what a new physical theory looks like,” he said.

See also: Scientists believe that there is a mirror universe in which time goes backwards

“If this is true, there must be new particles and new forces to explain how to make this data consistent,” he added.

The experiment should continue at the LHC, which will resume after three years of repair. If the results are positive and support the idea of ​​the Fermilab collider detector, we will have new information and concepts in the teaching of physics.

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Source: BBC