The tailfield accelerator was in operation again, but this time a neutrino reflection device was installed in the collision chamber.
After being reflected by the reflecting device, a large number of π neutrinos generated after the collision of carbon ions are emitted in one direction.
Six neutrino detectors are being deployed in this direction, and denser π neutrino signals than yesterday were detected by the neutrino detectors.
Huang Mingzhe looked at the data that was constantly refreshing on the big screen and couldn't help but nodded. It was obvious that he was very satisfied with the experimental results.
Subsequently, the experiment was conducted three more times. After being focused by the reflection device, the number of π neutrinos detected by the neutrino detector was about 10 to 12 times that of yesterday.
And because the neutrino detector's ability to capture signals is very poor, under normal circumstances, even if it is installed next to a collider or a nuclear power plant, it can detect one or two signals a day, which is already very sensitive.
It is simply unimaginable that more than ten or two hundred thousand π neutrino signals can be detected as it is now.
Zhang Tingyu breathed a sigh of relief, turned around and asked: "General Manager Huang, will the experiment continue?"
"The experiment continues, but this time the experiment activates the high-energy acceleration system of the reflection device." Huang Mingzhe ordered.
"good."
The experiment started again, but this time the π neutrinos produced after the carbon ion collision were energized by the high-energy acceleration system of the reflection device.
After being given energy, π neutrinos are easier to detect.
After watching this experiment, the high-energy blessing of π neutrinos was obviously successful. He then ordered: "Adjust the high-energy blessing of π neutrinos to 26.63 GeV."
"Is it 26.63 GeV?" Zhang Tingyu asked confirmed this time.
Huang Mingzhe nodded.
The carbon ions once again faced each other inside the collision chamber, releasing countless π neutrinos in an instant, after being blessed by the high energy of the neutrino reflection device.
These high-energy π neutrinos instantly penetrated the alloy walls of the base, passed unstoppably through hundreds of meters of rock and soil, and then slanted across the atmosphere at a speed close to the speed of light and entered the vast deep space of the universe.
.
Zhang Tingyu looked at the experimental results that had not changed much from the previous ones, and did not understand the purpose of Huang Mingzhe's experiment.
"Deputy Zhang."
"exist."
"Put those mice and chimpanzees in the emission direction of the pi neutrino stream."
Could this thing be a laser weapon? Zhang Tingyu was confused and continued to arrange the experiment.
The staff pushed five cages with five chimpanzees in them, and arranged the five cages 5 meters, 10 meters, 50 meters, 100 meters, and 300 meters away from the collision chamber. There were also cages of white mice.
They are also arranged at the same distance.
These chimpanzees and mice were howling restlessly and restlessly in the cage.
The experiment started again, and in an instant countless high-energy π neutrinos brushed through the bodies of these chimpanzees and mice, but there were no problems with these animals.
Of course, even if this microscopic neutrino flow attacks an animal, it will not produce an instant fatal effect unless the energy level is very high.
More than a dozen biological researchers quickly conducted a comprehensive examination of these mice and chimpanzees.
Huang Mingzhe looked at his watch, and unknowingly the time had reached 12:15. He ordered the experiment to be suspended and continue in the afternoon.
Everyone ate lunch in a hurry.
At two o'clock in the afternoon, the experiment started again.
Zhang Tingyu and others are constantly experimenting with high-energy π neutrinos, and the chimpanzees and mice are still alive and kicking.
Looking at the physical examination reports of mice and chimpanzees, we found that the impact of high-energy π neutrinos on the animals is minimal, smaller than the impact of electromagnetic radiation from holding a mobile phone.
After all, the Blue Star is washed by neutrinos all the time, including some high-energy neutrinos. If there was a problem, the life on the Blue Star would have been doomed long ago.
The poor white mice and chimpanzees were forced by Zhang Tingyu and others more than ten times. I wonder if they will get any weird diseases.
…
After dinner in the evening, Huang Mingzhe, Zhang Tingyu and others discussed the results of the animal experiments and the arrangements for tomorrow's experiments.
Zhang Tingyu took the test report and explained: "Chief Engineer Huang, judging from today's animal experiments, high-energy π neutrinos cannot kill animals. If they are to be used as weapons, the energy level needs to be increased to at least about 100 TeV..."
"Who said high-energy π neutrinos should be used as weapons?" Huang Mingzhe asked with a smile and shook his head.
"Forehead……"
Zhang Tingyu was speechless as he thought that it was not because you, the old man, said that this research involved the military field that you mysteriously arranged the experiment here.
"This experiment is actually to verify one of my theories." Huang Mingzhe continued to add: "Of course, this experiment does have something to do with the military field."
Zhang Tingyu asked curiously: "General Manager Huang, can you tell me what the theory is? If it involves confidentiality, forget it."
"You know parity is not conserved!"
Zhang Tingyu nodded like a chicken pecking at rice. If a modern physicist does not know that parity is not conserved, then he is a fool.
"My experiment is related to parity non-conservation. The specific results will be known tomorrow."
Parity non-conservation Zhang Tingyu racked his brains but could not think of anything good to study about π neutrinos and parity non-conservation.
However, genius is always unbridled. He and Huang Mingzhe have been together for so long, and naturally he knows that the young man in front of him can be said to be the uncrowned king of the current physics world.
He naturally had no idea what Huang Mingzhe was thinking and could only wait for the results of the experiment tomorrow.
April 11th.
It was just dawn, and Zhang Tingyu, who had been tossing and turning all night, started to get busy with panda eyes.
Ye Qi, the base manager of Base 006, also appeared in the laboratory today.
At nine o'clock in the morning, the experiment started again.
But this time, the experimental objects placed in the direction of the π neutrino flow are no longer those mice and chimpanzees.
Staff members wearing special protective suits from Sisi Society installed more than a dozen instruments in the direction of the π neutrino flow.
Then two staff members carefully opened a special lead alloy box and took out a black metal hemispherical object from the box.
Although the hemisphere is only the size of a bowl, the staff held it very hard. It is a highly enriched uranium block with a concentration of 99.99%.
The staff carefully placed the uranium block on the detector platform and fixed it.
On one side, there are as many as twelve of the same lead alloy boxes. In addition to uranium blocks, there are also plutonium blocks inside. These uranium blocks and plutonium blocks are fixed on various experimental platforms in turn.
"What is the level of nuclear radiation?" Huang Mingzhe also wore a special protective suit.
"It's still the normal nuclear radiation level of uranium and plutonium." Zhang Tingyu replied.
Huang Mingzhe looked at the data of each instrument and told Zhang Tingyu: "Deputy Zhang, the experiment can start, just as we said yesterday."
"no problem."
After a while, the laboratory was up and running again. The laser beam from the laser was applied to the carbon ions, jumping and amplifying through the step mirror, and finally colliding fiercely in the collision chamber.
Then there is the neutrino reflection device, which adds high energy to the neutrinos and turns the pi neutrinos into high-energy pi neutrinos.
But this time after the high-energy π neutrinos were emitted.