Experiments on artificial micro black holes are still ongoing. After breaking through the watershed of 143 million TeV energy levels, the existence time and energy level of micro black holes show a positive correlation.
Until the energy level soars to 264 million TeV, the micro black hole can already sustain in the vacuum for 7.6439 seconds.
"Li Qun, you can stop now," Huang Mingzhe ordered.
"Okay, President." Li Qun quickly asked the staff to stop the experiment.
From the day before yesterday to now, a total of 375 collision experiments have been carried out, and all the data generated by the experiments are within Huang Mingzhe's predictions.
According to the prediction of the "Boundary Analysis of Artificial Micro Black Holes", once the collision energy level exceeds 270 million TeV, it may cause the artificial black hole to run out of control.
The range of 270 million TeV to 510 million TeV is a gradually increasing runaway range. In this energy level range, micro black holes may undergo sudden black hole mutations due to unexpected mergers, injection of high-energy particles, gaps in strong magnetic fields and other reasons.
In just a moment, an out-of-control micro black hole can swallow the moon, and even blue stars cannot escape the gravity of the black hole.
The absolute range of loss of control is after 510 million TeV. Once the energy level of the collider rises to the level after 510 million TeV, the artificial micro black hole will irreversibly become out of control.
On another level, this parameter can be used as theoretical guidance for making black hole weapons.
Just like the π neutrino cannon currently being studied by the New Humanity War Council, it is a derivative weapon.
An out-of-control man-made black hole, with the right location and energy level, is enough to destroy a star system.
The π neutrino cannon is also a stellar-level weapon of the same level. As long as a part of the star is irradiated with the π neutrino stream, it will cause an imbalance in the nuclear fusion inside the star, which will then trigger the collapse of the star's mass and a sub-supernova explosion, instantly destroying the star.
system, and even surrounding star systems may be affected.
This is a guiding theory for weapons ideas, which is Huang Mingzhe’s π neutrino-parity rebalance theory.
Therefore, "Boundary Analysis of Artificial Micro Black Holes" is the guiding theory for future black hole weapons.
It's just that for this kind of weapon, the new humans have no theory at all, and there is no place to test it. They don't dare to mess around near the solar system. If they lose control, they may be killed first.
…
Huang Mingzhe and a group of physicists interested in this topic are analyzing a large amount of data generated by the experiment.
What can a tiny black hole do in about 7 seconds?
Perhaps for many things, 7 seconds is just a fleeting moment, but for scientists, 7 seconds is a long and very useful period of time.
At least compared to Planck time and the like, 7 seconds is incredibly long.
In the next week, the Lunar Large Particle Collider continued to collide, and Li Qun led the researchers to complete the "data model library for instant storage of micro black holes."
The energy levels that produce instantaneous micro black holes are divided into 80 levels to facilitate the exploration of the physical properties and data of black holes.
A group of researchers have also initially figured out the physical properties of micro black holes and can apply this technology in depth.
As the proposer of the limits of micro black holes, Huang Mingzhe naturally has clear plans for micro black holes.
August 27th.
The collision experiment began again, but this time the experiment was significantly different from the previous experiments.
Only 6 of the 8 collider pipelines were activated, and the remaining 2 were replaced with neutron launchers.
The energy level of the collider is 240 million TeV, and soon miniature black holes appear in the strong magnetic field in the collider chamber.
"Emit a neutron stream." Huang Mingzhe ordered calmly.
"Okay." Li Qun rarely became nervous and excited. He turned his head and ordered the staff: "Send a stream of neutrons at the micro black hole."
The staff pressed the switch.
In the two pipes that become neutron flow emitters, the neutron flow spurts toward the collision chamber. The strong magnetic field inside the collision chamber has no effect on the neutron flow.
The dense neutron flow penetrates the strong magnetic field and crashes into the embrace of the micro black hole. For these neutron flows, the micro black hole swallows all comers.
Time passed minute by minute.
The particle collider is still blasting proton streams, micro black holes are constantly being created and annihilated, and the same neutron stream is also entering micro black holes.
Those annihilated micro black holes did not disappear without a trace like the previous micro black holes. Some strange particles were slowly deposited at the bottom of the collision chamber.
The dust collection system continuously collects these strange particles.
An hour later, Huang Mingzhe waved his hand to indicate that the experiment could be stopped.
Li Qun quickly asked the staff to stop the collider experiment. As the laser and neutron emitter stopped output, the collision chamber also stopped.
Everyone focused their attention on the "dust", and several staff members carefully took out the collection bottles and sent them to the inspection room for comprehensive inspection.
In front of Huang Mingzhe, the data sharing page of the testing room is floating.
After detecting the data one by one, it turned out that something unusual appeared in the "dust".
[2 Neutron degenerate state, physical properties are stable... 3 Neutron degenerate state, physical properties are unstable... 4 Neutron degenerate state, physical properties are stable...]
Three pure neutron degenerate substances were detected from the dust. Among them, the 2-neutron body and the 4-neutron body are relatively stable. The 3-neutron body is decaying. It is estimated that it will decay into
2 neutron bodies.
Looking at the test results, the corners of his mouth raised slightly: "Sure enough, the Nibelung spacecraft materials should be made in this way."
Others were also excited. Computational materials science has shown obvious shortcomings at this stage, mainly materials based on atoms and molecules, which have been explored to the limit by new humans.
If we do not find a new foundation, materials science will enter a bottleneck period, and materials science has a huge impact on other applied sciences. The rapid progress of new human science and technology can be attributed to computational materials science.
But now they have finally stepped out of the boundary between atoms and molecules and entered the door of neutron degenerate materials.
Everything is difficult at the beginning. Previously, Ma Zhili and others were studying neutron degenerate materials. No matter how they did it, the neutrons would not combine together.
Obviously, the binding energy between neutrons exceeds the binding energy of atomic nuclei, so it is necessary to use micro black holes to forcibly press them to create neutron degenerate materials.
"President, after one hour of experiment, a total of 0.0026 milligrams of neutron degenerate matter was produced." Li Qun reported as he walked over.
Huang Mingzhe had already anticipated this quantity, and the production of neutron degenerate materials has only just begun to take a look.
I discussed it with others for a long time and conducted dozens of experiments one after another.
Judging from the experimental results, at the critical point of energy level 2.63, the largest neutron degenerate state material currently available - 64 neutron body (N64) can be produced.
Huang Mingzhe made a prompt decision and decided to establish a neutron degenerate state material properties laboratory, a neutron degenerate state material production technology laboratory, and a neutron degenerate state material application laboratory.
These three laboratories will conduct in-depth research on neutron degenerate matter from three aspects: production technology, physical properties, and practical applications.
Once the construction of the Lunar Large Particle Collider is completed, it will bring about a huge breakthrough in the materials and physics of new mankind. Perhaps this will set off a new scientific and technological revolution in the near future.