In the simulation screen, some particles have entered the RF cavity, and the tiny particles gradually gather horizontally under the constraints of the secondary magnet, forming particle beams, each containing 100 billion protons. This time there will be 3,000 beams, and they reach a speed of 99.99991% of the speed of light.

Once in the collimators, they will display a concrete image on the screen.

At this point, the first collision has already occurred, but the image still needs to be converted.

Next, Ruan Lin saw an unforgettable scene in his life: two particle beams collided with each other, and they scattered after the collision, and countless colorful particles were displayed in the simulation screen, they were in an extremely chaotic state, which was like brilliant fireworks.

This will happen 2 billion encounters per second, but it will be very difficult to get them to collide.

And in it, there are always a few particles that collide together.

It's like two people standing 10 kilometers apart and shooting two thin needles at the same time, and the two needles collide together during the launch. The level of difficulty speaks for itself.

Most protons just miss each other and keep going around the ring because atoms are mostly empty space, making it very difficult for them to collide.

Because they miss each other, they will meet again on a date later.

Ruan Lin successfully recorded the data of the first collision, and this time the collision was a mess, and there was nothing worth recording.

The collision between them is like a car accident scene, two ordinary cars collide with each other, and it is the scene of a car accident that produces a huge explosion. Debris splattered everywhere and scattered all over the place.

Most of these crash scenes are extremely boring, and the results are not exciting.

But sometimes there is a very, very, very small probability that two cars collide and one of them is a Lamborghini.

This Lamborghini will shatter and disintegrate after a collision, becoming pieces of car parts, such as the tires, engine, rear of the car, etc., which can be picked up in one piece.

As long as you have enough patience to wait for the next Lamborghini to collide, collect these broken parts, and one day you can get a complete Lamborghini.

That's what Nguyen Lin needs to do, waiting for the extremely rare Lamborghini in an endless car crash to finally piece the parts together.

The engine and outer frame of this Lamborghini have been found, and that is the Higgs boson, and all Nguyen Lin needs is to perfect some interior decoration.

After conducting up to 450 collision experiments, Ruan Lin finally encountered an extremely headache problem, which is also a problem that has not been discovered by geoscientists.

The W boson is so overweight that it is inconsistent with the Standard Model predictions, and the confidence level of the test results is almost conclusive with a confidence level of 8σ, with a statistical error tolerance of only 1 in 445.6 billion.

He even wondered if some alien civilization had imposed a technological blockade on him and had done something in its own particle collider.

Ruan Lin thought of the big news on the earth - the "neutrino faster-than-light" incident, when the results of this experiment were announced to the public, the shock in the physics community was a great earthquake, which almost slapped the face of the theory of relativity, if the results were correct, the entire physics edifice would collapse in an instant.

The result was a big oolong, their GPS and computer connection problems, time synchronization errors, and their plugs were loose.

Ruan Lin didn't want to replicate the loose plug this time, so he ordered the robot in the facility to check all the electronic equipment, and double-check the parameters he had entered.

The data used by Ruan Lin are all the latest data produced by the Earth era, and there are no other problems.

The massive inspection lasted nearly a month, and the results were all normal.

Ruan Lin decided to increase the energy in the next collision experiment to achieve higher resolution. The energy power of previous collision experiments is almost indistinguishable from that of LHCs on Earth.

The non-stop car accident lasted for 30 years, and Ruan Lin was still clueless, and the extra 0.09% of the W boson reminded him of the pain of racking his brain and not being able to do the math finale problem in high school.

He had some conclusions in mind: these extra masses were probably supersymmetric particles that had never been proven.

Supersymmetry is a symmetry between fermions and bosons, which has been observed in nature today.

This time, Ruan Lin focused on proving the possibility of supersymmetric particles, and he did not believe that the experiment was a mistake.

There was a mirror in front of him, but he couldn't find it. Only one supersymmetric particle needs to be confirmed to prove the reliability of the supersymmetric model and solve some problems in the Standard Model.

Nguyen Lam began searching for statistics on hundreds of millions of particle collisions in the collider. The existence of supersymmetrical particles can only be inferred from the magnitude of the transverse momentum lost in the collision.

This search lasted for 15 years.

He was sitting in the particle collider's observation room and roared, "Is this God playing tricks on me?" Is this extra 0.09% a supersymmetrical particle? ”

Over the next five years, he focused his experiments on proving the possibility that supersymmetric particles do not exist. It was as if it was a never-dissipating haze above his head, torturing him in disguise every day.

"This is the 5,320th full-power test, and it is the second time I have demonstrated the existence of supersymmetric particles after a gap of five years." Ruan Lin muttered to himself at the screen.

Superfluid helium was injected into the channel again, and the collider began to operate.

It's still a repetitive simulation, and the pair of particle beams are about to collide.

It's just that this time Ruan Lin bumped out all the interiors of Lamborghini.

"It's finally here! Supersymmetrical particles! It exists! Ruan Lin jumped up directly from the seat at this time, grabbing his hair with both hands.

The odds of this direct observation are simply that the planet is out of orbit and crashes into the Earth! Ruan Lin hurriedly returned to his seat and began to record the data one by one.

This particle doesn't exist within the framework of the Standard Model of Particle Physics, it's brand new!

This is like Columbus's discovery of the New World, and if the results of this research were placed on Earth, the whole world would be shaken.

This means advances in particle physics, which in turn means advances in basic science. This will cause a new explosion of science and technology, superconducting technology, high-speed electronics technology, and new materials for the extreme environment of space will be broken one by one.

Ruan Lin was so excited that he jumped up and down at the moment, and no one could really understand his mood.

The secrets of the beginning of the formation of the universe have been completely revealed.

He was so excited that he directly used the quantum communication device to send to the dark starry sky: hello, world!

In the next second, he was directly pulled into the endless cold abyss.

"Hello, Ruan Lin. Congratulations on touching the true meaning of the beginning of the formation of the universe, we are waiting for you. ”