I Have a Little Black Hole

On the way to the factory, Lei Tiantang asked with a smile, The payload of this test flight mission has also completed all the inspection work, right?

He Chengxin also confidently replied to this question: Don't worry, boss, 4 high-precision high-energy X-ray space telescopes and 6 gravitational detectors and 6 space detectors newly developed by the company have all passed the satellite laboratory. The last check worked.

And all the 14 detectors and the related materials we supplied to the 'Nantianmen' space station have been loaded into the cargo hold of the [Chuxin] spacecraft, and all preparations such as refueling before launch are ready. Done, just waiting to launch!

Very good! Although this is a test flight mission and the first flight mission of this spacecraft designed by our company, its payload is also very important, and we have to make sure that they can all successfully enter the intended orbit. go.

In particular, the significance of these 14 detectors to the company's exploration of the universe is no less important than the smooth test flight of the spacecraft! Lei Tiantang was very satisfied with this answer, so he smiled and sighed.

For Lei Tiantang, it is a matter of course that the company's [Chuxin] spacecraft has successfully tested. After all, he also knows the situation of this spacecraft very well. Long before the company's spacecraft was manufactured, he and Kuafu built a few ships and flew them over the body of the small black hole.

Even without their reminders, the team led by He Xincheng made modifications in the subsequent simulation tests, and the optimized spacecraft began mass production at the Mars secret base.

Even the first two built can be put into use, so Lei Tiantang doesn't have too many complicated thoughts about the test flight of the spacecraft, but pays more attention to the load carried by the spacecraft!

Why is this batch of detectors more important to Lei Tiantang than the supplies for the 'Nantianmen' space station? It can be seen from the names of these detectors.

High-precision high-energy X-ray space telescope This kind of space telescope is not the first time the company's space observation department has launched. Of course, the X-ray space telescope launched before is far higher than the international space telescope in terms of accuracy, but this The performance can still be improved.

The high-precision high-energy X-ray space telescope launched this time is the company's latest research and development of higher-precision telescopes, which will form a new space telescope observation array.

The array will focus on high-energy X-ray observations with images at least 10 times sharper and at least 100 times more sensitive than any other telescope in the same spectral region.

Their main detection object is to observe high-energy targets in the universe,

Especially targets such as black holes and neutron stars, and Lei Tiantang hopes that they can participate in the detection of wormholes.

Of course, photos of black holes have been published years ago, so doesn't that mean we're not far from discovering wormholes? Obviously not!

In fact, most of people only know a little about wormholes in science fiction movies. So far, only relevant theories can give us a little description of how it really works and the specific form of its existence.

In the movie, the astronauts use special instruments to open the wormhole, and then the spacecraft can complete the teleportation with the help of the wormhole, and can even go from one end of the universe to the other.

The wormhole as understood by scientists, more accurately known as the Einstein-Rosen bridge, is a space-time conduit for understanding different regions of the universe. There are also views that wormholes are conduits connecting black holes and white holes.

The rainbow bridge in Asgard of the Women's Federation is considered to be a type of wormhole technology. The Asa Gods used this black technology to conquer the Nine Realms thousands of years ago, but in reality, this technology is not mentioned. It is impossible to exist, and human beings’ understanding of wormholes is still in a very, very early stage.

In short, wormholes do not have very obvious celestial properties like black holes, and are more inclined to a transition in space and time, which is a special existence in the structure of space.

At present, wormholes and white holes have not been directly observed by people, and its related theoretical system is more complicated. Scientists generally believe that even if wormholes exist, they cannot help humans travel through time and space.

In theory, a wormhole is a space tunnel connecting two distant time-spaces, like a vortex in the sea, which is ubiquitous but fleeting.

These space-time vortices are caused by the rotation of stars and the action of gravity. Just like vortices can make the local water surface and the water bottom closer, they can make two relatively far away local spaces instantly close together.

So far, scientists have not observed evidence of the existence of wormholes, and in order to distinguish it from other types of wormholes, what is commonly called wormholes should be called space-time holes.

However, the black hole was only a conjecture of Einstein's theory of general relativity before. Humans have proved its existence, and its appearance is enough to prove the establishment of the relevant theory.

Since the black holes derived from this theory are real, then white holes and wormholes may also exist. As for traveling across time and space, we still need to further understand and verify.

In theory, wormholes also have a strong gravitational effect, just like the ocean currents in the ocean. Although they can push ships to sail faster, no matter how strong the ships are, they cannot overcome the huge impact brought by the ocean currents. The gravitational effect of a wormhole is no less than that of a black hole. Once a human spaceship enters, it is likely to be instantly smashed into an atomic state.

And this is why the Infinite Gravity Group has specially developed a gravitational detector to detect gravitational anomalies in the cosmic environment. Lei Tiantang hopes that this gravitational detector can detect the interior of the solar system or the surrounding area and beyond. Is there a place where this gravitational anomaly exists.

Because if such a hidden gravitational anomaly region can be found, it is likely to represent the existence of a wormhole here. Although this possibility is unlikely, the idea of ​​​​this detection cannot be said to be wrong.

And according to speculation, the wormhole is likely to be only at the quantum level. If it loses strong energy support, it will be difficult for humans to expand it to the point where it can accommodate spaceships.

There are even studies showing that in order for humans to pass through safely, the radius of the wormhole must be at least a thousand times that of the solar system. It can be seen that even if we discover the existence of a wormhole, it is difficult to use it for space-time navigation.

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