Super Dimension Technology Era

The food crisis in Asia is getting worse, but Huang Mingzhe no longer pays attention to this matter. The Nether Palace is now responsible for dealing with this matter.

After Huang Mingzhe said goodbye to Wen Na, he took a secret route and came to the depths of the Qinling Mountains in Hanzhong City.

Five Dongfeng Warriors escorted the minibus deep into the Qinling Mountains, passing through a township road that was not on the map, and the convoy shuttled through the mountains and forests.

During the Qingming Festival, it rained heavily and the Qinling Mountains were shrouded in clouds and fog. After passing two checkpoints, the convoy arrived at the foot of the mountain.

After passing through a secret tunnel, Huang Mingzhe came to an underground base. Zhang Shihe escorted him out of the minibus.

The underground base looks very old, but the overall preservation is very complete, and the space is very empty, with the style of the 1960s and 1970s.

A middle-aged man with a Chinese-style face bearing the rank of colonel saluted Huang Mingzhe: "Hello, Academician Huang, I am Ye Qi, the director of the Qinling Nuclear Defense Base."

"Hello, Colonel Ye." Huang Mingzhe said with a smile.

Ye Qi led Huang Mingzhe and others while introducing the base. This base was indeed an underground nuclear defense base built in the 1960s and 1970s. It was also one of the few high-level doomsday bases in the country.

At that time, it was mainly built to defend against nuclear strikes in Chilucia. Later, after several expansions and transformations, it became a comprehensive underground nuclear protection base that is still in use today. This base is code-named Base 006.

After moving into the dormitory in the underground base.

Ye Qi took Huang Mingzhe and others on an underground tram to another underground base five kilometers away, which is one of the affiliated bases of Base 006.

Ten minutes later, the quiet tram arrived at the affiliated base.

The affiliated base is more modern than Base 006, with gray-silver alloy walls, cool white lights, and a large number of cameras.

There are many people working in the base, and some of them have worked in the previous Dayi base, and they are relatively familiar with Huang Mingzhe.

"General Manager Huang, long time no see." Zhang Tingyu from the High Energy Institute came over with a document.

"Deputy Zhang, how is the situation now?" Huang Mingzhe took the document and flipped through it.

Zhang Tingyu replied: "The construction of our tailfield accelerator here has been completed. The energy level is now 8000TeV in one direction, and the experimental equipment has been prepared."

"That's good."

Zhang Tingyu hesitated for a moment and asked in a low voice: "General Manager Huang, you can do experiments at Dayi Base, why..."

While observing the main body of the tailfield accelerator, Huang Mingzhe replied: "It's not convenient for Dayi. My research involves some military fields. It is more convenient to build one separately, and it is also conducive to confidentiality."

Military? In addition to nuclear fission and nuclear fusion, what other military applications can high-energy physics have? Zhang Tingyu was puzzled.

Huang Mingzhe did not explain anything, but directly arranged the experiment.

At the tailfield accelerator, researchers took action one by one. They checked the equipment and prepared all the facilities for experiments.

Huang Mingzhe crossed his arms and looked at the accelerator in front of him quietly, his brain running rapidly.

An hour later.

"General Engineer Huang, the accelerator has been debugged and is ready for experiments." Zhang Tingyu reminded.

Huang Mingzhe calmly ordered: "The energy level of the lasers on both sides is adjusted to 3412.7 TeV, and the particles are carbon atoms."

"Okay." Although Zhang Tingyu didn't understand the meaning of this data, he didn't dare to question Huang Mingzhe and made arrangements immediately.

After a while, the energy level of the lasers on both sides was adjusted to 3412.7 TeV, and then the two carbon ion beams, powered by the super-powerful high-energy laser, jumped crazily one by one.

The last two laser ion beams collided fiercely in the collision chamber.

The surrounding instruments were buzzing wildly, and countless data appeared on the computer. The researchers nervously looked at the data.

Zhang Tingyu looked at the big screen on one side and couldn't help but wipe his eyes. How is this possible! The neutrino detector actually detected the signal of tens of thousands of π neutrinos (tau neutrinos).

Huang Mingzhe seemed to have expected it and was not surprised by this result.

"Continue to the next collision experiment."

"Uh... Okay." Zhang Tingyu reacted and arranged the collision experiment again.

Within three hours, the accelerator conducted six carbon ion collision experiments, and the results were exactly the same.

With the blessing of high-energy lasers, every collision of carbon ions will produce a huge number of π neutrinos. This number is thousands or even tens of thousands of times higher than the number of neutrinos produced during nuclear reactor reactions.

Huang Mingzhe looked through the experimental report carefully, especially about the situation of π neutrinos. This method of producing a large number of neutrinos was a result he arrived at after very precise calculations and derivation.

"Deputy Zhang, where is the equipment I shipped from Lingnan?"

"Is Mr. Huang talking about the neutrino reflector?"

Huang Mingzhe nodded.

"Inside the warehouse."

"Go and take it out, I will use it tomorrow." Huang Mingzhe ordered.

"no problem."

Zhang Tingyu quickly went to make arrangements.

The researchers were still busy in the laboratory. Huang Mingzhe pinched his chin and thought for a while, then picked up the internal phone on the side.

"Hello, I'm Ye Qi."

"Colonel Ye, are you ready for what I asked you to prepare before?" Huang Mingzhe asked directly.

"Academician Huang, we are ready. The things are in the warehouse at Base 006. Do you need to use them?"

"Very good, I need experiments the day after tomorrow, please arrange for those experimental subjects to come over!"

"yes."

After hanging up the phone, he studied the information about these π neutrinos.

Neutrinos are elusive elementary particles that come in three types: electron neutrinos, muon neutrinos, and tau neutrinos, which correspond to the corresponding leptons: electrons, muons, and tauons.

All neutrinos are uncharged and do not participate in electromagnetic and strong interactions, but they participate in weak and gravitational interactions.

They have very little mass and are not electrically charged. The sun, cosmic rays, nuclear power plants, accelerators, etc. can all produce large amounts of neutrinos.

The collision of carbon ions calculated by Huang Mingzhe at 3412.7 TeV can instantly erupt an astonishing number of π neutrinos.

In his theoretical model, the collision of two carbon ions in the energy level range of 3412.7TeV can produce π neutrinos that are about 17,000 times equivalent to nuclear fusion or nuclear fission.

Humanity's understanding of neutrinos is not in-depth, mainly because neutrinos are very difficult to detect, and Huang Mingzhe once again conducted experiments in this secret base to verify a conjecture.

Now the first step in this conjecture, about how to produce a large number of π neutrinos, has been proven correct by the wake field accelerator.

The next step is the most critical step, and it is also a crucial step for this theory. If Huang Mingzhe's theory is proven in tomorrow's experiment, then this discovery will be no less than the realization of controllable nuclear fusion technology.

Inside the warehouse.

Zhang Tingyu and his men carefully moved the neutrino reflection device that had been consigned from Lingnan from the warehouse.

This equipment was stored in a thick box and moved to the accelerator side of the tailfield. Zhang Tingyu quickly installed the equipment inside the collision chamber.

Obviously this equipment is specially designed for the collision chamber, and it can be easily installed inside the collision chamber of the tailfield accelerator.

Everything is waiting for tomorrow’s experiment.

Thanks to the book friend "Honest Dunzi" for the reward!

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