For Lin Xu, discovering this transaction was an unexpected event.
Learning about the existence of chaotic energy was also an unexpected event.
Although Lin Xu solved many mysteries through this, there were also more mysteries.
After calming down, Lin Xu stopped caring about the chaotic energy for the time being, and continued to do what he should do at the moment.
As the saying goes, look up at the stars and keep your feet on the ground.
Lin Xu believed that he would know the truth about the chaos energy and the human voyage one day.
What should be done now is to investigate this asteroid belt according to the original plan to see if any traces left by humans can be found.
If you can still pick up something, that would be the best.
Lin Xu believed that humans would not fail to do some research on their way here from the Test Site No. 1 Planet.
As for the captured Mali Republic troops and the temporary caravan of half-businessmen and half-interstellar bandits, Lin Xu hadn't figured out how to deal with them yet.
So let’s lock it down for now. Anyway, it won’t be necessary to lock it up for a few more days.
Lin Xu planned to deal with them after finishing the business.
In this way, countless autonomous machines were dispatched to search in the asteroid belt and even the entire galaxy.
A few days later, the clue was found.
An extremely irregularly shaped asteroid fragment, about the size of a mountain.
There is a weak signal coming continuously from inside, which is the standby signal of the autonomous machinery.
When the autonomous machinery is in the standby state, it is not completely locked and does not interact with the outside world at all.
If it is completely locked, there will be no way to receive the start command.
The autonomous machinery in the standby state only suspends its activities, but there is still a weak quantum encryption signal inside, and it is always in contact with the outside world, waiting to receive orders.
Such quantum encrypted signals can only be detected by other autonomous machines that are also part of the earth's civilization.
This is why Lin Xu could easily find standby autonomous mechanical aggregates in the two previous galaxies.
This time, it was also a self-disciplined mechanical aggregate responsible for the search, and it discovered the same kind of aura hidden in the asteroid fragments. No, it was a quantum signal.
So Yinghuo, with Lin Xu's authorization, immediately issued an order to restart the autonomous mechanical aggregate buried in the asteroid fragments.
Then with the help of other autonomous mechanical aggregates, the autonomous mechanical aggregate that had been deeply embedded in the asteroid fragments was dug out.
Yinghuo also read the database of autonomous mechanical polymers.
According to the records in the database, Lin Xu finally knew who was responsible for the fact that the Earth-like planet was blown to pieces.
Yes, it was done by humans thousands of years ago.
Of course, humans ten thousand years ago were not idle, so there was a reason for blowing up planets for fun.
After all, it is still for scientific experiments.
However, this experiment failed.
Humanity's mastery of controllable nuclear fusion technology has reached the point where it can be used at will.
When humans arrived on this Earth-like planet thousands of years ago, after nearly a thousand years of development, controllable nuclear fusion technology was no longer what it was when it first set sail from the Earth.
Although it is still called controllable nuclear fusion technology, it is just like the difference between the first generation of computers and later computers. People who do not understand it can no longer see that the two are essentially the same thing.
The world's first computer in 1946 used 18,000 vacuum tubes, covered an area of 170 square meters, weighed 30 tons, and performed 5,000 operations per second.
Think again about later supercomputers, with calculation speeds of tens of billions per second.
That’s right, not tens of billions, but tens of billions.
Both of them are computers, but the difference between them is simply incalculable.
The humans who arrived here tens of thousands of years ago had a degree of control over controllable nuclear fusion that was unimaginable to humans when they first set sail.
Miniaturization of nuclear fusion is no longer a problem at all, and even miniaturization is no longer a problem.
That’s right, miniaturization.
It's like shrinking vacuum tube integration into a small chip, with tens of billions of transistors on one chip.
At that time, humans had also made controllable nuclear fusion the size of a battery.
Not a nuclear fuel cell, but a real, battery-sized fusion nuclear power plant.
The so-called nuclear fuel cell only uses the rays with thermal energy that are continuously released during the decay process of isotopes to convert them into electrical energy.
But what about battery-sized nuclear power plants? But in a place as small as a battery, the qualitative change reaction of atoms is carried out.
This releases huge amounts of energy.
It can be said that the energy generated by a small fusion battery is roughly equivalent to tens of thousands of times the total power generated by nuclear power plants around the world for 50 years in the first half of the 21st century.
Just such a small fusion battery.
Sounds like a myth, right? Incredible, right? But if you think about the supercomputer with a speed of 5,000 calculations per second in 1946, and then think about the supercomputer with a speed of 10 billion calculations per second in the 21st century, wouldn’t it be even more mythical? Even more incredible?
And it is precisely this huge difference in energy levels that can support the astronomical energy consumption of one hundred thousand curvature engines on the earth.
However, even so, humans are increasingly dissatisfied with the energy generated by controllable nuclear fusion.
Humanity needs more advanced energy.
As a result, humans have increased their research efforts on antimatter annihilation and vacuum zero-point energy.
And this planet was accidentally blown up by humans when they were studying the energy generated by the annihilation of antimatter.
Of course, this planet did not explode in vain.
Human beings also came to a conclusion.
The energy generated by antimatter annihilation is difficult to restrain, and is easier to use as a weapon than as an energy source.
Just like a nuclear bomb, after triggering a chain reaction, just throw it out.
But it is much more difficult to restrain the energy of a nuclear bomb and use it as a nuclear power plant.
But difficulties are difficult, and we must do what we deserve.
In fact, the most ideal energy source is vacuum zero-point energy, which is stable, mild, and continuous. Unfortunately, even with the level of human technology ten thousand years ago, it is far from being able to extract the energy of quantum fluctuations from vacuum out of thin air.
Antimatter annihilation is easy to say, as long as the antimatter is extracted, annihilated in reality, and then a method can be found to collect the energy generated by the annihilation of antimatter.
Just like how nuclear power plants use nuclear energy.
Although it is difficult, you can always find a way.
After all, human beings have a large amount of chaotic energy. They can "see" the way forward with the help of high-dimensional perspectives, and will not go astray in research. They just need to proceed step by step.
But the study of vacuum zero-point energy is much more troublesome.
And because the end point is too far away, even with the help of a high-dimensional perspective, you can't "see" where the end point is for the time being, and you may go astray in your research and go astray. We can only explore slowly first, wait for the further development of science and technology, and wait until mankind has accumulated enough and can "see" the future of vacuum zero-point energy research, then it will be much easier.
But now, after humans blew up this terrestrial planet and concluded that antimatter annihilation energy constraint harvesting is easier to achieve, after this experimental result.
More resources were applied to the research of antimatter annihilation energy constraint collection, and finally the results were achieved.
Successfully developed mankind's first generation antimatter annihilation energy restraint collection device.
