Chapter 285 Zheng Li at CERN



Although there is no specific experimental proof, his intuition tells him that this theory can form a complete closed loop.

He has returned to CRN headquarters from London.

The anomalies in London are not conducive to research in materials science, high-energy physics, chemistry, and other related fields.

An overly active environment can lead to an imbalance in magical control.

Therefore, only Wiles and Jurgen remain in London at present.

One of them is a mathematician, and the other is a philosopher.

"Tell me your thought process."

Higgs, a top physicist, gained wider recognition in the scientific community because of the Higgs boson.

Around the 1970s, physicists realized that there was a very close relationship between the two weak forces, which are among the four fundamental forces, and the electromagnetic force.

Electricity and magnetism are essentially forces, the interaction forces between charged bodies.

Weak force and electromagnetic force can be described in the same theory to form the basis of the Standard Model.

This "unity" means that electricity, magnetism, light, and certain types of radioactivity are all manifestations of a single potential force, referred to as the electroweak force.

The fundamental equations of the unified theory accurately describe the electroweak force and photons, as well as the w and z bosons.

Higgs and his partners had previously discovered that none of these particles had mass.

Although this was correct for photons, at the time they knew that the masses of w and z were almost 100 times that of protons.

This problem was later solved by Higgs and his partners, who constructed the Higgs field.

When w and z interact with the Higgs field that pervades the universe, the brout-englert-higgs mechanism endows w and z with mass.

After the Big Bang, the Higgs field was zero, but as the universe cooled and the temperature dropped below a critical value, the field spontaneously grew, and any particle that interacted with it acquired mass.

The more a particle interacts with the field, the heavier it becomes.

Particles like photons that do not interact with it have no mass.

Like all fundamental fields, the Higgs field has an associated particle—the Higgs boson. The Higgs boson is the visible form of the Higgs field.

But regarding the manifestation of the soul, Higgs only knew that it consisted of two new particles, and he couldn't find a better explanation.

The explanations found earlier were all refuted in subsequent experiments.

This is both frustrating and makes one feel closer to the truth.

Zheng Li replied, "The first thing we need to do is design new experiments to explore the alpha and beta particles of the soul and investigate more of their properties."

Two new particles obtained by subjecting the soul to particle acceleration impacts were named Soul α and Soul β.

This is already an internationally recognized naming convention.

"I redesigned a corrugated cooling channel to prevent Brownian diffusion of particles..."

Currently, they can only detect these two types of particles.

After the soul particles are observed, they quickly disappear.

CERN had previously designed various observation methods, but none of them had achieved good results.

After Zheng Li finished speaking, Higgs nodded and said, "I think it's a good idea, a great concept. We can give it a try."

Perhaps there will be a good result.

Zheng Li continued, "Furthermore, I believe that if my designed experiment can effectively slow down the dissipation of soul particles..."

We should prepare to observe why the soul particles dissipate.

I have a feeling that soul particles are the link between the three-dimensional world and higher-dimensional worlds.

We also need to prepare for exploring higher dimensions.

After thinking for a moment, Higgs said, "The idea that souls come from higher dimensions has always been a conjecture."

Allen, do you believe in this theory too?

Zheng Li nodded and said, "Yes, I think that's the most likely truth."

Higgs asked, "The problem is that, based on observations of gravitational waves, the spatial dimensions cannot exceed three, making the existence of higher-dimensional worlds highly unlikely."

Zheng Li shook his head and said, "No, the observation of gravitational waves can only prove that there is no gravity in higher-dimensional space, and they are not affected by gravity."

However, this does not mean that higher-dimensional space does not exist.

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