Road to science and technology

Although the badminton civilization is about 7 light years away from the source of gravitational distortion, it is certain that Chi Yu will be affected unless someone from Yue saves them, but only Yue Yuanzhou has this ability.

But Yue Yuanzhou is not that free. A metal life civilization is not worth his time. Moreover, there was no need for him to go there personally to collect ecological samples of badminton civilization and their samples from the Taotie and Proxima Centauri civilizations. The few years before the disaster arrived were enough for them to complete the task.

Yue Yuanzhou, who has his subordinates on duty, has now arrived at the super large particle collider. It is four thousand light years away from the location of the previous disaster, so there will be no interference in the short term. Now all that remains is the final assembly of the collider.

This is a dual-function collider, with a strong magnetic field to accelerate electrons and positrons, and a sterile neutrino diversion probe.

Now Yue Yuanzhou is considering which one to do first. If he wants to explore the properties of microscopic particles, he should study the collision of electrons and positrons first.

Because everyone knows that positrons are the antiparticles of electrons. When they encounter electrons, they will annihilate and emit two gamma photons. This is of course stationary annihilation. But as long as the energy is large enough, more types of particles can be produced after the collision of electrons and positrons, including leptons, gluons and their antiparticles.

The masses of these particles can then be measured using the uncertainty relationship, and their masses can also be inferred by experimentally measuring the average lifetime of the particles.

So what's the use?

Of course it is useful. As long as the properties of these positrons, such as spin, lifetime, mass, etc., are clearly studied, Yue Yuanzhou can upgrade the slow antimatter bomb to a near-light speed positron cannon.

The electron gun at two ends generates electrons and positrons respectively, which are accelerated to infinitely close to the speed of light in the accelerator, and then continuously collide and annihilate. This belongs to the field of high-energy physics and achieves the purpose of exploring the microscopic world. It may also explore the characteristics of quantum high-energy states to understand the behavior of ball lightning. His true identity may also explain the mystery of the four-dimensional space.

Of course, this is just Yue Yuanzhou's conjecture, and it may not necessarily be discovered. He only has a rough estimate of the experiment now, and he may also come up with something he doesn't know about. After all, something magical can happen to high-energy particles close to the speed of light. No wonder.

This is an accelerator tailor-made for particles with very small masses such as leptons. Because of its professionalism, the sensitivity of various detection elements is also very high. It can be regarded as the ultimate that Yue Yuanzhou's technology can achieve today.

"Which experiment do you think should be done first?" Yue Yuanzhou thought for a while and thought it would be better to seek the opinions of Ah Zhui and Karl.

"It doesn't matter, I have to do it anyway, but compared to positrons and negative electrons, I am more curious about sterile neutrinos, particles called hot dark matter!"

After Ah Zhui finished speaking, Karl nodded in agreement. He had seen a lot of positrons and negative electrons, but even he had never discovered hot dark matter, so he was also curious about this thing.

This fourth type of neutrino, called the sterile neutrino, is different from the other three. Yue Yuanzhou recently discovered that it has mass and is slightly heavier than those three, but it is still more than 6 orders of magnitude smaller than the mass of an electron. .

According to Yue Yuanzhou's latest calculation, this is about 0.08 electron volts.

Over time, the Super Large Lepton Collider has been assembled. There are now two experimental inert neutrino cannons at the head and tail, and the middle link spanning 30 astronomical units is also covered with hundreds of millions of Secondary diversion probe. Especially the predicted impact area in the middle, where there are many precision instruments.

All of this will be fed back to the square where Yue Yuanzhou is located in real time through the model. The Super Large Lepton Collider has been projected on the current square. Since it is a reduced model, it can be seen that it is very small from here.

If you look at the real thing from outer space, it will be like a long corridor leading straight to the netherworld in the dark universe. A corridor wide enough to stretch from the sun to Neptune, with a total length of about 30 astronomical units, or about 4.5 billion kilometers. The scale takes about four hours from one end to the other.

In other words, after Yue Yuanzhou is started, it will take a little more than two hours to observe the collision experiment phenomenon.

After getting ready, Yue Yuanzhou looked at the projection model. This time he reached out to the model to activate it without waving his hand, and started giving orders directly from his own divine power. At the same time as he gave the order, a system prompt sounded in the square.

"Sunway Data Link Taihu Light, the Very Large Lepton Collider - Inert Neutrino Collision Experiment 01 is ready. The equipment self-test is normal, the quantum telemetry signal is normal, the diversion probe is normal, the observation equipment has been tested in advance, and the inert Neutrino cannon at the ready..."

When the Very Large Particle Collider was started, the red dwarf star in the ten-meter ball became extremely dim. Driven by the star drive technology, it was squeezed out of powerful energy. This energy is very important for this red dwarf star. This is unprecedented. In its more than five billion years of life, it has never been squeezed for energy like this. This moment even used a little more energy than a previous star leap.

"The generation and conduction of sterile neutrinos are normal, the separation is normal, and they are accelerating... The relative speed is measured to be 99.98% of the speed of light, and the conduction probe is normal. It continues to accelerate..."

"The provisional speed measurement is 99.9998 the speed of light, and the estimated impact time is 1 hour, 14 minutes and 45 seconds later."

Yue Yuanzhou looked at the stable working super large collider and nodded with satisfaction. He would wait for about an hour to see the result of the first impact.

"What do you think you can hit?"

In response to Yue Yuanzhou's sudden question, Ah Zhui replied without hesitation: "Needless to say, a unified theory will definitely be discovered!"

"Haha, I hope you can open your mouth."

"Consecration? What is that? Why is there light in the mouth?"

"Well... you just understand that it means you get it right the moment you say it."

"Oh!" Ah Zhui, who put on her armor and miniskirt, responded and turned around to walk indoors. Then she turned back and said, "I'm going to see the progress of Proxima Centauri civilization."

"Well, you might as well go and supervise it."

Naturally, Yue Yuanzhou had no objections. Ah Zhui was considered a decisive person, and she had known Yue Yuanzhou for thousands of years, so she knew Yue Yuanzhou's attitude towards this low-level civilization.

At this time, Karl suddenly said: "I think leptons are basic particles. They will not produce other particles when they collide with each other. If you are looking for gravitons, you may be disappointed."

"Oh? Then you think there's no result?" Yue Yuanzhou looked sideways.

"That's not necessarily true. I've never tried something like this that seems to have no effect before."

Yue Yuanzhou asked with great interest: "Because there is a big clock? So it's not necessary?"

Regarding Yue Yuanzhou's words, Karl did not hesitate at all: "Yes, it's a pity that the big clock is also based on real data. This kind of unknown field must not be calculated."

"Don't you claim to be able to calculate the entire known universe?"

"What's bygones is bygones, by the way... Speaking of computers, TaihuLight, give me some permissions. Some research requires computing power support!" Karl smiled, and then raised a problem that he believed needed to be solved urgently.

Yue Yuanzhou glanced at Karl unexpectedly, and he remembered, it turns out... without the big clock, this guy has no computer to use.

"Well, I actually forgot about this. The authority has been granted to you. TaihuLight has ample computing power and you can use it at any time."

Yue Yuanzhou didn't ask him what he wanted to study, and directly gave him permission. Because he can make a rough guess without asking, he is probably studying death again...

Yue Yuanzhou and Karl chatted like this, mostly about the research on this collision.

During the discussion, Yue Yuanzhou discovered that Karl was really knowledgeable, especially about the knowledge of souls. As expected of someone who successfully transformed himself into a phantom body.

Time passed slowly, and the two beams of sterile neutrinos finally collided together. At the same time, Yue Yuanzhou also turned his attention back to the collider. At this time, he was looking forward to the reaction of the detection instrument.

"Can't hit anything?"

Judging from the instrument, except for the normal trajectories detected after most of the collisions, nothing was detected.

But the particles that collided were as if nothing happened. They remained the same after the collision. In other words, they were collided but they were not broken.

At this energy and speed, even protons would have been shattered long ago, so this thing will be fine!