Voyage of the Stars

The activities of civilizations will always leave their own traces in the universe, just like the way humans have come. The first time humans left traces of their civilization activities on an alien planet was on the Gnoll Planet, the second time was in the Awakener's microcosm, and now it's the third time.

Perhaps there will be civilizations like human civilization in the universe. Some of them are intentional, and some, like humans, leave their own creations inadvertently, becoming relics of civilization in the eyes of other civilizations.

Obviously, this is a matter that benefits other civilizations, but it also depends on the luck of the unknown civilization. For example, the Nair civilization is very lucky. They found the astronomical particle collider left by humans. As long as their life forms are not stupid, it is a sure thing to step onto the fourth-level civilization level.

But now human civilization is already trying to step onto the road of fifth-level civilization. It is human civilization, not Star Alliance. This is what humans have discovered during this period of time when they are trying to explore the theory of everything.

In the process of trying to master the theory of everything, humans found that other civilizations of the Star Alliance were not very helpful. For example, the Kuntai civilization and the Chiyan civilization also had top scientists participating in human scientific research, or humans also gave them some scientific research projects on the theory of everything to study, but they performed very poorly, as if this matter was very difficult for them.

Presumably, the Tianquan civilization and the Nair civilization were better for them, especially the Nair civilization. After their top scientists had enough time to participate in the research, humans could see that they were constantly improving, and they performed the best in scientific research.

Occasionally, they could also provide humans with some novel ideas, and for this reason, they were valued by the human scientific community.

In this way, the Star Alliance led by humans continued to wander in the starry sky, while actively searching for natural wormholes in the universe. A large number of detectors were sent out. Under such circumstances, the radius of the Star Alliance member civilizations on duty for detection missions even reached ten light years.

Their detection spacecraft was also equipped with the most advanced negative energy detection equipment by humans, that is, detectors based on polaritons and Bose-Einstein condensed matter, to help them find natural wormholes during the detection process.

In this situation, the Star Alliance crossed star systems one by one, and hurriedly crossed the lonely star sea of ​​700 light years. People have long adapted to such a life.

During this period of time, although the Star Alliance still has not found a natural wormhole, it has made some progress in the study of negative energy, which is all brought by the data of the "mirror" experiment. Although humans left that set of experiments on that unknown planet, they did a lot of experiments at that time, and they had enough data.

These data were regarded as an important basis for human beings' later research on negative energy.

The progress was made by the scientific research group that insisted on laser energy state research at the time. After decades of research, they used sufficient data to prove a previous human conjecture: extreme celestial bodies with strong gravitational fields do have negative energy fields.

This conclusion is very important because it provides another way for humans to study negative energy. Although it is an extreme path, if natural wormholes are not found, humans don't mind taking this path.

That is, taking the risk of getting close to black holes.

As early as the Earth era, people have long known that a black hole is not completely black, because it will slowly evaporate. This is Stephen Hawking's black hole evaporation theory, which has been proven to be correct.

This is because the uncertainty principle makes it possible for tunneling radiation to pass through the strong gravity of the black hole.

Generally speaking, black hole evaporation will gradually lose energy, and the black hole event horizon or event horizon will become smaller and smaller over time. So if normal matter such as a star falls into a black hole, the black hole's event horizon will expand, but if negative matter falls into a black hole, its event horizon will shrink.

Then conversely, in the strong gravitational field within the black hole's event horizon, there is a positive and negative energy field, or it can be said to be a quantum field. Some people also think it is a displacement field of time and space. Humans don't know what is inside the black hole's event horizon. After all, it can no longer be explained by human existing physical theories.

But it is known that this field will not show any physical phenomena when the black hole's event horizon does not change, and when the black hole's event horizon expands, a positive energy field will be generated on the surface of the event horizon, and vice versa.

Before, this was just a theoretical guess, but now there is a rigorous mathematical proof process, and the negative energy parameters involved in this process are completely consistent with the data obtained by humans in the previous "mirror" experiment. Therefore, although humans have not yet ventured close to the black hole to detect and confirm it, it is basically a sure thing.

This conclusion is completely consistent with the stable wormhole solution.

Stable wormhole solutions have been calculated in the history of human physics development. It is said that in order to stabilize all wormhole solutions, negative energy is usually required. The reason is very simple, that is, positive energy is required to open a wormhole opening that can concentrate mass and energy, and when light enters the mouth of the wormhole, the light will converge, and when these light rays emerge from the other side of the wormhole, then somewhere in the center of the wormhole, the light will diverge.

This place has been found by humans in mathematics, but it still needs to be confirmed when real natural wormholes are studied.

And this situation will only occur when negative energy exists. At the same time, negative energy is a kind of repulsive energy, which is the energy that ensures that the wormhole does not collapse under the action of gravity.

So why is such a conclusion a progress in the field of negative energy research for humans? The reason is that it gives humans a clear direction in the research on laser energy states for creating negative energy, and lets humans know which direction to work hard on in this research.

It's like seeing a lighthouse in the sea, giving you a direction.

Now we can say that as long as human material technology and microscopic field technology meet the standards, it is very likely that we can actually do "laser energy state" experiments in the laboratory and produce negative energy.

Of course, it's just production.

As for preserving and using negative energy to do reverse work or other purposes, humans still have no way at present, because in human physics theory, the grand unified force field cannot control and preserve negative energy, that can only be a universal theory.

But if humans really succeed in creating negative energy, even a small amount of negative energy in the laboratory, it must be a great scientific and technological progress, which marks a major breakthrough in human field theory, material technology, and microscopic technology.

So from a certain perspective, it can also be said that now humans are only away from creating negative energy in the laboratory. The breakthrough in materials and microscopic field technology.