After a series of authentication, Chen Chen finally entered the incomparably tight main control room in the center of the substation.
However, unlike the extremely complicated situation outside, there were only a few chairs and a radiation isolation console in the main control room.
This console was very similar to the biological isolation cabinet. It was a device that allowed one to reach into a glove and operate the items inside through the cabinet.
For example, Chen Chen put the computer and USB drive into the isolation console. He only needed to reach into the glove inside the console and he could directly take out the movie props from the console. It was not as troublesome as having to put on the entire nuclear protective suit to extract the crystalline.
This was used to deal with radioactive props.
In addition, the entire main control room was protected by armor up to half a meter thick. Even if someone from the outside wanted to break in, it would be extremely difficult. If possible, it could even trap the danger in the secret room to prevent it from breaking out...
This was considered a double preparation.
The core equipment of the main control room was a superconducting charging device shaped like a freezer and the height of two people.
The core of this device was a yttrium barium copper oxide superconductor, which was a high-temperature superconductor. It maintained a temperature of 77K through liquid nitrogen, thus achieving the physical effect of zero resistance.
Of course, the high-temperature superconductor here did not mean a high temperature of hundreds or thousands of degrees, but a superconductor with a temperature greater than 77K (-196 degrees Celsius). As long as it could reach the critical temperature of liquid nitrogen, it could be called a high-temperature superconductor.
The purpose of this device was to allow Chen Chen to charge the USB drive.
In the beginning, Chen Chen used copper ingots as an interface for charging, but with the change in charging equipment, the current was getting higher and higher, and ordinary metals could no longer bear it.
For example, copper and silver, these two metals were the most conductive substances in physics, but the melting point of copper was only 1083.4 degrees Celsius, and the melting point of silver was even lower, only 961.78 degrees Celsius.
When the USB drive was plugged in to charge, these metal blocks were likely to melt due to the high current.
Once the metal melted and the USB drive was disconnected, then the huge current would instantly lose its direction, causing a devastating impact on the nuclear power plant.
Therefore, Chen Chen came up with the idea of using a superconducting device as an interface.
After using a superconducting device as an interface for the USB drive, not only would there be no risk of the interface melting due to the high current, but it could also reduce part of the original loss. It could be said to be killing two birds with one stone.
In the substation, Chen Chen waited for a while until Little X sent a message that the substation had been completely remodeled. Only then did Chen Chen walk into the main control room alone and lock the door.
After that, Chen Chen removed the USB drive and inserted it into the interface of the superconducting device.
After doing all this, Chen Chen looked at the palm-sized switchblade on the console beside him and gently gripped it.
"Success or failure, it all depends on this …"
Chen Chen murmured in a low voice. As he spoke, he decisively pulled the knife up.
Buzz!
With the buzzing sound of the electric current, the main control room of the substation officially took over the electric current generated by the nuclear power plant. In an instant, a huge current was directly transmitted into the superconducting device and quickly poured into the USB drive!
At this moment, the entire superconducting device was fully activated and emitted a deep roar.
However, unlike the situation at the Eiffel Power Plant, because of the superconducting device, the input current was not wasted, and there was no so-called corona phenomenon.
The only difference was that the USB flash drive seemed to have changed color.
Chen Chen raised an eyebrow.
As a huge amount of electric current poured in, the USB drive faintly glowed with a scarlet luster.
The scarlet light flickered as if it was breathing, but also like some mysterious substance that was constantly squirming.
Chen Chen was no stranger to this scene.
Once, when Chen Chen was drawing electricity at the Eiffel Power Plant in the Rainbow Nation, the USB drive had this special phenomenon, but as soon as the power supply was stopped, this phenomenon would disappear.
No matter how Chen Chen observed, he did not find any changes, including physical and conceptual changes.
In the end, Chen Chen could only attribute it to the size of the current. After the USB drive received more than a certain amount of current, this change would occur.
In fact, if this change was regarded as an LED indicator, it was quite reasonable.
Chen Chen could not help thinking that it was just like when a person was charging a mobile phone, there would be a "charging" display on the phone's screen. At this time, this scarlet light meant that the USB drive was "charging".
The reason why there was no red light when charging before was that the previous current was too small for the USB drive, just like a tickle, so the USB drive did not even bother to give any feedback.
Of course, all this was just Chen Chen's speculation.
If Chen Chen's speculation was correct, then the question was – what would happen if the USB drive was fully charged?
Thinking of this, Chen Chen could not help but put on a thoughtful look.
This mysterious and strange USB drive had shattered all human understanding so far. Chen Chen had flipped through books several times but could not explain the phenomenon of the USB drive.
If Chen Chen had to understand it with his own knowledge, it would be that the USB drive was a key that could open a parallel universe.
The so-called parallel universe was actually just a theory. This theory originated from quantum mechanics.
According to the multiverse theory proposed by Everitt, the entire universe was multivariate. Parallel universes were other universes that were separated from a certain universe but existed in parallel with the original universe, similar yet different.
In these universes, there might be planets that were the same as the planets inhabited by humans, or planets with the same history, and there might also be people who were exactly the same as humans.
At the same time, in these different universes, the development of things might have different results. It was all-encompassing, there was no end to things, and there was no end to parallel universes...
The advantage of this multiverse wheel explanation was that whether it was the "double-slit experiment" or experiments like "Schrödinger's cat", they could be explained because the Schrödinger equation would always hold and the wave function would never collapse.
The problem was that the assumption was too bizarre, and the price to pay was that these parallel worlds were all equally real. Therefore, some people commented that in the history of science, the multiverse theory was undoubtedly the boldest and most ambitious theory proposed so far.
It was not only quantum mechanics. At the forefront of today's scientific community, the Grand Unified Theory "M Theory", which claimed to be able to completely unify quantum mechanics and general relativity, also predicted the existence of parallel universes.
Of course, it was almost impossible to prove all of this with current technology.
Until today, modern science still used photos of "black holes" to prove Einstein's vision. In other words, no matter how great a physicist was, it would take a hundred years to prove his conjecture.
After all, whether it was superstring theory or M theory, these frontiers of physicists could only be verified in the subatomic field.
Therefore, although M theory had achieved great results, and although Witten was considered to be no less capable than Newton, there was no way for his theory to be verified in his lifetime. It could only be regarded as a typical representative of utopian science by the secular world, suspected and questioned by countless people.
Many people always said that physics had not made progress for many years, but was this really the case?
No, cutting-edge physics had actually been improving. It had gone from the special theory of relativity to the general theory of relativity, then to quantum mechanics, string theory, superstring theory, and now the M theory …
Cutting-edge physics had always been updated, but no one knew whether these new theories would be the next theory of relativity in a hundred years, or a useless piece of paper …
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