Everyone: As a mage, I control the electromagnetic force

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

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

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

It needs to be mentioned here that the particles called Higgs particles on Earth are also called Higgs particles in this world.

The person who proposed the Higgs mechanism in this world is also surnamed 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 Higgs particles is too simple for him, with himself who can create high-energy high-energy particle streams and supercomputer swarms, the Yanguo physics community is honored to discover Higgs particles, which will happen immediately.

Here we need to introduce the development of the Higgs particle and the theory related to it.

The Higgs particle is a boson with zero spin predicted by the Standard Model (the Standard Model divides particles into two categories, one fermion and one boson).

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

The boson, on the other hand, is the bearer of various fundamental forces and is responsible for transmitting them).

Higgs particles are uncharged, color-charged, extremely unstable, and decay immediately after formation.

In 1964, British scientist Peter Higgs proposed the existence of the Higgs field and predicted the existence of the Higgs boson.

In the Higgs mechanism , the Higgs field causes spontaneous symmetry breaking and gives mass to gauge propagators and fermions.

In other words, the mass of matter is given by Higgs particles!

The importance of this particle can be imagined!

Some people even called it a god particle in later generations!

But this theory was not taken seriously by the physics community at first.

Most physicists at the time believed that mathematically speaking, non-abelian theories were a dead end and could not be renormalized.

It was not until 1971 that two Dutch physicists published two papers demonstrating that they were proved by Yang Zhenning and Robert Smith. Mills' co-proposed Yang-Mills theory can be renormalized.

Since then, physicists have embraced these theories and formally mainstreamed them.

Subsequently, after a long process of development, from these theories gave birth to the masterpiece of modern physics, the unified theory of weak electricity and the subsequent standard model.

Then the Standard Model correctly predicted the presence of weakly neutral streams, W bosons, Z bosons, top quarks, and squirks.

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

This confirmed the correctness of the Standard Model and made the correctness of the Higgs mechanism more and more recognized.

Although the correctness of the Higgs mechanism has been increasingly recognized, the Higgs particles predicted by the Higgs mechanism have never been discovered.

Because it is very difficult to find the Higgs particle, it requires particle accelerators to collide at high energy levels, and physicists to look for clues from massive data.

In order to create Higgs, in the particle collider, two beams of particles will be accelerated to very high energy, and then collide with each other in a particle detector, and in extremely accidental circumstances (about 1 in 10 billionths), Higgs particles will be generated.

However, Higgs particles decay very briefly after formation and cannot be directly detected.

The detector can only record all its decay products, and from these experimental data, reconstruct the decay process, and if it corresponds to a certain decay path of the Higgs, it is classified as an event in which the Higgs particle may be generated.

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

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

And the low-energy experimental facility may not be able to find Kiko, and a high-energy particle collider must be built, which also needs to have high brightness to ensure that enough collision data is collected.

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

So, it's very difficult to discover Higgs.

On the Earth in Roche's previous life, it was not until 2012 that physicists actually discovered the Higgs particle, validating the Higgs mechanism conjecture.

In this life of the blue star, so far, neither the Yan Country nor the European Alliance nor the White Eagle Nation physicists have been able to find the Higgs particle.

As for the question of whether there are Higgs particles in this world, Roche is relatively certain.

Because so far, he has not found that the physical rules of this world are different from the world in which the earth lives.

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

The perception ability can already penetrate deep into the nucleus, and even into the neutrons and protons, and feel the quarks in it.

At this level, Roche still did not find any difference between the physical phenomena of this world and the Standard Model of previous lives.

Therefore, Roche is still quite confident about the existence of Higgs particles in this world.

Therefore, in the face of Lin Qianwei's excited look at the moment, Luo Xi just chuckled, he knew that it was only a matter of time before the Higgs particles were discovered, and it was not even possible to find them 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 build a supercomputer swarm to process the massive data generated by the experiment.

Although Roche's own brain is far more powerful than these supercomputers, it can easily process this data.

But he couldn't take out his brain and give it to these physicists.

Nor can I tell them with white teeth that I have found evidence of the existence of the Higgs particle.

Therefore, physicists in Yanguo can only be helped discover the Higgs particle by helping to build a supercomputer swarm.

Seeing Luo Xi's chuckling expression, Lin Qianwei realized that she was a little gaffe, and quickly released the slender hand that held Luo Xi's arm tightly.

However, as a workaholic, she did not blush for her gaffe like an ordinary woman, her expression was still calm, and she stretched out her slender hand, gently sorted out the clothes that were messed up by her for Luo Xi, and then said as if nothing happened: "Luo Xi

, I will take you to meet the academicians, let's start working immediately!"

Luo Xi said with some tears and laughter after listening to it: "Mentor, you are really crazy to work, I have just arrived at the Academy of Sciences, and I will be pulled by you to work."

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

"Tell me, I didn't overpush him."

Speaking of this, Lin Qianwei's originally calm face also showed a hint of weakness.

Xiao Lu has only stayed up for a few days and nights to process data recently, so there shouldn't be much problem, right?

Back then, I relied on various energy drinks to refresh myself, and I worked for more than ten days without sleeping.

Xiao Lu won't be so weak, right?

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

Seeing his mentor's weak look, Luo Xi said with a wry smile: "Mentor, you better take me to see Senior Brother first."

"Let me see if Senior Brother can still rescue it."