After hearing Luo Xi's words, Lin Qianwei pulled his arm excitedly and said, "That's great, so we have the opportunity to confirm the existence of the Higgs particle!"

"If we can really discover the Higgs particle, it will be a Nobel Prize-level achievement!"

"The honor of discovering the Higgs particle will fall to us Yan people!"

It needs to be mentioned here that the particle called the Higgs particle on the earth is also called the Higgs particle in this world.

The person who proposed the Higgs mechanism in this world is also named Higgs, but the name is different from the Higgs on Earth.

His full name is Palos Higgs.

Luo Xi chuckled after listening to Lin Qianwei's words.

Because the discovery of the Higgs particle was too simple for him, he was able to create a high-energy high-energy particle flow, and he was able to create a supercomputer cluster, and the physics community in Yanguo won the honor of discovering the Higgs particle , is what will happen immediately.

Here we need to introduce the development process of the Higgs particle and related theories.

The Higgs particle is a spin-zero boson predicted by the standard model (the standard model divides particles into two types, one is fermions and the other is bosons.

Fermions are particles that make up all kinds of common matter, and quarks, electrons, and neutrons are all fermions.

Bosons are the bearers of various fundamental forces, responsible for transmitting various fundamental forces).

The Higgs particle has no electric charge or color charge, is extremely unstable, and will decay immediately after generation.

In 1964, British scientist Peter Higgs proposed the existence of the Higgs field, which in turn predicted the existence of the Higgs boson.

In the Higgs mechanism, however, the Higgs field induces spontaneous symmetry breaking and imparts mass to gauge propagators and fermions.

In other words, the quality of matter is given by the Higgs particle!

The importance of this particle can be imagined!

Later generations even called it the God Particle!

But the theory was not initially taken seriously by the physics community.

Because most physicists at the time believed that, from a mathematical point of view, non-A Bell gauge theory was a dead end and could not be renormalized.

Until 1971, two Dutch physicists published two papers, which proved that the Yang-Mills theory jointly proposed by Yang Zhenning and Robert Mills could be renormalized.

Physicists have only since embraced these theories, formally bringing them into the mainstream.

After a long development process, these theories gave birth to the masterpiece of modern physics, the unified theory of weak electricity and later the standard model.

The Standard Model then correctly predicts the existence of weak neutral currents, w bosons, z bosons, top quarks, and charm quarks.

And accurately calculated the properties and masses of some of the particles.

This has confirmed the correctness of the standard model, and the correctness of the Higgs mechanism has been more and more recognized.

Although the correctness of the Higgs mechanism has been recognized more and more, the Higgs particle predicted by the Higgs mechanism has never been discovered.

Because it is very difficult to discover the Higgs particle, which requires particle accelerators to conduct high-energy collisions, and physicists need to search for clues from massive amounts of data.

To create the Higgs particle, two beams of particles are accelerated to very high energies in a particle collider and then collide with each other in a particle detector, very occasionally (on the order of 1 in 10 billion ), the Higgs particle will be generated.

But the Higgs decays so quickly after being created that it cannot be detected directly.

The detector can only record all its decay products. From these experimental data, the decay process can be reconstructed. If it conforms to a certain decay path of the Higgs particle, it will be classified as an event where the Higgs particle may be generated.

But many other collisions have similar decay signatures, and physicists must collect and analyze hundreds of trillions of them.

Only events that exhibit the same decay signature as the Higgs can be considered likely Higgs decay events.

Moreover, low-energy experimental facilities may not be able to find Xizi, and a high-energy particle collider must be built. This collider also needs to have high brightness to ensure that sufficient collision data is collected.

In addition, high-performance computer facilities are required to process large amounts of collision data in an orderly manner.

Therefore, it is very difficult to find the Higgs particle.

On the earth in Luo Xi's previous life, it was not until 2012 that physicists actually discovered the Higgs particle, which verified the conjecture of the Higgs mechanism.

As for the Blue Star in this life, so far, no physicists from the Yan Kingdom, the European Union, or the White Eagle Kingdom have been able to discover the Higgs particle.

As for whether there is a Higgs particle in this world, Luo Xi is relatively certain.

Because so far, he has not discovered that the physical rules of this world are any different from the world where the earth is located.

The level has been raised to the full level of the platinum level, and Luo Xi, who has used 100,000 free attribute points and five top-level platinum-level attribute point props, has greatly improved his spiritual attributes.

The perception ability has been able to go deep into the nucleus, even into the interior of neutrons and protons, and feel the quarks in them.

At this level, Luo Xi still has not found any difference between the physical phenomena of this world and the standard model predicted in the previous life.

Therefore, Luo Xi is quite confident about the existence of the Higgs particle in this world.

Therefore, facing Lin Qianwei's excited look at the moment, Luo Xi just smiled slightly. He knew that the discovery of the Higgs particle was only a matter of time, and it might not even be discovered tomorrow.

Because tomorrow he will help create a stream of high-energy particles.

It will also help build a large number of supercomputers and connect them to establish a supercomputer cluster to process the massive data generated by the experiment.

Although the computing power of Luo Xi's own brain is far superior to these supercomputers, it can easily process these data.

But he couldn't take out his own brain for these physicists to use.

Nor can you tell them in vain that you have found evidence of the existence of the Higgs particle.

Therefore, the only way to help Yanguo physicists discover the Higgs particle is by helping to build a supercomputer cluster.

Seeing Luo Xi's chuckling expression, Lin Qianwei realized that she had lost her composure, and quickly let go of the slender hand that was tightly holding Luo Xi's arm.

However, as a workaholic, she didn't blush for her gaffe like the Common woman, and her expression was still calm. She stretched out her slender hand and gently tidied Luo Xi's messed up clothes, and then it seemed nothing happened Said the same:

"Luo Xi, I'll take you to meet the academicians right now, let's start working immediately!"

After hearing this, Luo Xi said dumbfoundedly: "Teacher, you are so crazy at work. I just arrived at the Academy of Sciences, and I will be dragged to work by you."

"Now I'm a little worried about my elder brother's situation. He hasn't been exhausted by you, right? He won't be on the verge of sudden death."

"Nonsense, I didn't use him too much."

Speaking of this, Lin Qianwei's originally calm face showed a guilty expression.

Xiao Lu just stayed up for several days and nights to process data recently, so there should be no big problem, right?

Back then, I relied on various energy drinks to keep me refreshed, and I was fine after working for more than ten days without sleep.

Xiao Lu can't be so weak, can't he just stay up for a few days?

Thinking of this, Lin Qianwei became more and more guilty.

Seeing his mentor's guilty look, Luo Xi said with a wry smile, "Teacher, you should take me to see the elder brother first."

"Let me see if Eldest Brother can save me."

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