I take the earth to wander

For Lin Xu, discovering this transaction was an accident.

It was also an accident to learn of the existence of chaotic energy.

Although Lin Xu solved a lot of mysteries through this, there are still more mysteries.

After calming down, Lin Xu also temporarily stopped caring about the chaotic energy, but continued to do what he should do now.

As the saying goes, look up at the stars and keep your feet on the ground.

Lin Xu believes that he will know the matter of chaotic energy and the truth about human voyages.

What should be done now is to investigate this asteroid belt according to the original plan to see if traces left by humans can be found.

If there is still something to pick up, that would be the best.

Lin Xu believes that human beings will not fail to study something on the way from planet No. 1 of the test site.

As for the captured army of the Republic of Mali, and the temporary caravan half-businessmen, half-interstellar robbers, Lin Xu has not yet figured out how to deal with them.

So let's close it first, anyway, it's not too late to close it for a few 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, a clue was found.

An extremely irregularly shaped asteroid fragment, about the size of a mountain.

There are weak signals coming from inside continuously, and that is the standby signal belonging to the self-discipline machine.

When the autonomous machine 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 self-discipline machine in the standby state only suspends its activities, but there will still be a weak quantum encryption signal inside, and it will always keep in touch with the outside world, waiting to receive orders.

Such quantum encrypted signals can only be detected by other autonomous machines that are also civilizations of the earth people.

This is also the reason why Lin Xu can easily find standby autonomous mechanical aggregates in the two galaxies in front of him.

This time, it was also an autonomous mechanical aggregate responsible for searching, and found the same kind of breath hidden in the asteroid fragments, no, it was a quantum signal.

So under the authorization of Lin Xu, Yinghuo immediately issued an order to restart the self-discipline mechanical aggregate buried in the asteroid fragment.

Immediately, 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 aggregates.

And according to the records in the database, Lin Xu finally knew who did it when the terrestrial planet was blown into pieces.

That's right, it was done by humans thousands of years ago.

Of course, human beings ten thousand years ago were not idle and had nothing to do, so there was a reason for blowing up a planet for fun.

In the final analysis, it is still for scientific experiments.

However, this experiment failed.

Human beings have mastered controllable nuclear fusion technology to the point where they can do whatever they want.

When humans arrived on this terrestrial planet tens of thousands of years ago, after nearly a thousand years of development, the controllable nuclear fusion technology is no longer what it was when it first set sail from the earth.

Although it is still called controllable nuclear fusion technology, it is like the difference between the first generation of computers and later computers. Those who do not understand it can no longer see that the two are essentially the same thing.

In 1946, the world's first computer used 18,000 vacuum tubes, covered an area of ​​170 square meters, weighed 30 tons, and performed 5,000 calculations per second.

Think about the subsequent supercomputers, which can calculate tens of billions of calculations per second.

That's right, not tens of billions, but tens of billions.

Both of them are computers, but the gap between them is simply incalculable.

The human beings who arrived here ten thousand years ago have a degree of control over controllable nuclear fusion that is unimaginable to the human beings who just set sail.

Fusion miniaturization is no longer a problem at all, and even miniaturization is no longer a problem.

That's right, miniaturization.

Like reducing the integration of vacuum tubes to a small chip, there are tens of billions of transistors on a chip.

At that time, human beings had also made controllable nuclear fusion into the size of a battery.

Not nuclear fuel cells, but real, battery-sized fusion nuclear power plants.

The so-called nuclear fuel cell just utilizes the radiation with thermal energy released by the isotope during the decay process, and converts it into electrical energy.

But what about battery-sized nuclear power plants? But in such a small place as the battery, the qualitative change reaction of atoms is carried out.

This releases a huge amount 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 generation of nuclear power plants in the world for fifty 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 calculation speed of 5,000 calculations per second in 1946, and the supercomputer with a calculation 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 such a huge difference in energy levels that can support the astronomical energy consumption of the 100,000 curvature engines on the earth.

However, even so, human beings are increasingly dissatisfied with the energy produced by controllable nuclear fusion.

Human beings need more advanced energy sources.

Therefore, human beings intensify the research on the annihilation of antimatter and the zero-point energy of vacuum.

And this planet was accidentally blown up by human beings when they were studying the energy generated by the annihilation of antimatter.

Of course, this planet is not fried in vain.

Human beings have thus come to a conclusion.

The energy produced by the annihilation of antimatter is difficult to be restrained, and it 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 confine the energy of a nuclear bomb and use it as a nuclear power plant.

Difficulties are difficulties, but what should be done must be done.

In fact, the most ideal source of energy is vacuum zero-point energy, which is stable, gentle, 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 okay, as long as antimatter is extracted, annihilated in reality, and a method to collect energy generated by antimatter annihilation is found.

It's like the way a nuclear power plant uses nuclear energy.

Although difficult, there is always a way.

After all, human beings have a lot of chaotic energy, and they can use a high-dimensional perspective to "see" where the road ahead is, and they won't go astray in research, as long as they go 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 maybe you will go astray in the research and go astray. We can only explore slowly, wait for the further development of science and technology, and wait until the accumulation of human beings is enough to "see" the way forward for the research of vacuum zero point energy, then it will be much easier.

But now, after the human beings blow up this terrestrial planet, it is found that the energy-constrained collection of antimatter annihilation is easier to realize, after this experimental result.

More resources were applied to the research on the energy-constrained collection of antimatter annihilation, and finally it has achieved results.

Successfully developed, the first generation of human antimatter annihilation energy confinement collection device.

PS: Regarding antimatter annihilation and vacuum zero-point energy, which one is easier to realize and which one is more technically difficult is just the author's setting. It's just a setting, don't take it seriously.