I Have a Little Black Hole

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Especially those stars that have exploded, and the enormous amount of radiation they emit makes it very difficult for our detectors to detect at relatively close locations.

Of course, I was able to successfully locate the location of the small black hole body this time, which is also related to the fact that you, boss, updated all my servers in the first half of the year. The overall performance of the company's newly developed servers has improved my computing power by 118%. Times, this improvement in computing power is the reason why I can parse such complex and huge detection data so quickly.

At the same time, the mathematicians and astronomers we employ have provided us with the latest algorithms. These algorithms with better calculation results also help me process these observational data faster. All these factors are added together. The reason why the black hole body is located!

Hearing what Kuafu said, Lei Tiantang also smiled and nodded again and again, Isn't this the reason why we work so hard to make money? If we just do this work by ourselves, we may find that the location of the small black hole is not there. 100 years is impossible!

If we don't have money, we can't hire so many top mathematicians and astronomers to help us, and we can't have such a good server. We must know that our company's server performance has formed a two-generation generation gap with the world, even if The first-generation servers that our company is still selling, their performance is still ahead of the ball!

This kind of research is impossible without huge capital investment. After all, even if other countries have developed such advanced servers, even if I buy them with gold and diamonds, they will not sell them. I have never been stuck with the reason for the R\u0026D funds of the various laboratories of the company!

Lei Tiantang was in a good mood at this time, so he was blowing water with Kuafu here, but he did have something to be proud of.

Without his forward-looking and generous investment in research and development, even if he could build Kuafu, relying on the server he purchased from Laomei, he wanted to analyze the server that was put out by the little black hole body. The huge data detected by hundreds of detectors cannot be completed in a few months.

And this kind of data is accumulated every day. In the end, if there is no supercomputer with better performance, it may be decades later when Kuafu can analyze the data that can locate the location of the small black hole body. .

Of course, without the R\u0026D help of the various laboratories on the company's side, it is impossible for him to revise so many advanced detectors so quickly, so even the detection data may not have detected much yet, after all, relying on If he went to the world to 'learn' from other people's detector technology, it would take a long time!

Yeah, but we are lucky this time, if we hadn't discovered those familiar neutron stars based on the new algorithms provided by those astronomers, I think the time for us to successfully locate may have to go a while later. !

While talking, Kuafu put out the neutron stars that provided the key positioning function, and showed the data detected from the nebula where the small black hole body is located and the data detected from the earth.

Of course, he also highlighted the locations of several neutron stars that can locate the Earth.

He first determined the location of the nebula through the familiar neutron stars, and then relocated these neutron stars that could locate the Earth. This is why Kuafu was able to successfully locate the Earth and the body of the small black hole.

The method of expressing the coordinate record position in the universe is not complicated if it is simply stated. First, the origin must be defined, which determines where to look as an observer. Then determine whether the type of coordinate system used is Cartesian coordinates or spherical coordinates or other coordinates, and finally determine the direction of the coordinate axis.

Generally in the universe, there are two ways to define coordinates. One is to facilitate the observation of humans on the earth, and the origin is placed on the center of the earth to define the geocentric inertial coordinate system. For example, the geocentric j2000 coordinate system.

In addition, in order to facilitate the observation of the target star, the origin of the coordinates should be placed on the center of mass of the target celestial body or on the planet. For example, to detect the moon, the origin of the coordinates should be placed on the moon.

The type of coordinate system is generally determined according to needs, the most used is the inertial coordinate system, and sometimes the fixed coordinate system of the star is also used.

After determining the direction of the coordinate axis, the coordinate system can be defined. With the coordinate system, there must be a reference object to determine the position. In the current astronomy community, neutron stars are generally used to locate the position of the earth.

Neutron stars are the densest confirmed objects other than black holes. Neutron stars have a density of between 8x10 grams per cubic centimeter and 15 grams per cubic centimeter.

In the process of compressing a white dwarf star into a neutron star, the star is subjected to severe compression so that the electrons in the constituent matter are merged into protons and converted into neutrons. The diameter is only about ten kilometers, but the top one cubic centimeter of matter can weigh one billion tons. , and the rotation speed is very fast.

And because its magnetic axis does not coincide with its rotation axis, various radiations such as radio waves generated when the magnetic field rotates may be transmitted to the earth in a blink of an eye, just like the blink of an eye, so humans will call it again. Pulsar.

When the star shrinks into a neutron star, its rotation accelerates, reaching several to dozens of revolutions per second. At the same time, the contraction turns the neutron star into an extremely strong magnet that emits radio waves outward at one part of it.

When it spins rapidly, like a searchlight on a lighthouse, it regularly sweeps radio waves toward the earth. When the part that emits the radio wave is facing the earth, the radio wave is received; when the part is deflected by the rotation of the star, the radio wave is not received. Therefore, the received radio waves are intermittent.

This phenomenon is also known as the beacon effect, and modern astronomy uses the beacon effect of neutron stars to confirm the coordinate position of the universe.

Seeing these neutron stars that can locate the earth, Lei Tiantang couldn't help laughing and complaining, I am very familiar with these guys! We talked about this a long time ago, and now I see them. Thinking about it again!

After our company's spaceship is actually built, the first thing I have to solve is the detector that sent positioning discs to the universe before Laomei, which is about to become a knot in my heart!

What he complained about was the information about the location of humans carried on the Voyager probe launched by Laomei, which he had told Kuafu a long time ago, including the location of neutron stars about the location of humans.

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