Since this black dwarf is only 4.5 billion kilometers away from us, the Siegfried flew directly towards this mysterious planet.

"I think we still need to observe the situation of the black dwarf clearly first. Under normal circumstances, this is a carbonized planet, just like charcoal after wood has been fully burned. The energy contained inside it should not be too large in theory, but

Why are such strong radio waves emitted? This may really be a trap." Master Jing expressed his worries.

"As Chanyue said just now, if this planet was deliberately created, then all these assumptions can be established." Zhang Baoer expressed his support for my point of view.

The speed of the Siegfried is very fast, and it doesn't take much time. According to the mathematical results calculated by Duoduo, we have already arrived before the Roche limit of this black dwarf star.

Nothing could be seen but darkness directly in front of the spacecraft, and no light reaction was produced here. The Siegfried began to circle around the outer circle of this black monster. After turning in a new direction,

With the help of the light of the other two red giant stars in this area, we felt the existence of this terrifying object.

The light emitted by the red giant disappears directly on the back of the black dwarf. The situation in front of us is not like when we observe a planet on a blue star and a corona is produced when it blocks the sun. The light seems to be completely absorbed and digested, and the entire sky background is directly

Entered a state of darkness.

"Look, you can still see the light of other stars in the area behind us." Lin Feixue pointed to the area behind the Siegfried to remind everyone that this area used to be a dark world.

"It seems that the shape of a black dwarf is similar to a black hole, which can absorb light and block all light sources behind it." Kate began to discuss the observation results again.

"But there is still a big difference between them. The light will produce an event horizon phenomenon at the edge of the black hole, but this phenomenon does not happen at the edge of the black dwarf. The light seems to suddenly disappear." Lao Du pointed out two

The difference between them.

"Does this mean that the energy of black dwarfs is more powerful than black holes?" Zhang Baoer asked Lao Du.

"I think there is only a difference in the display of physical form between the two, and it is not a matter of energy size. From the comparison of the prerequisites for the formation of a black hole, the energy of the black hole must be greater than that of the black dwarf, so I analyzed that the black hole swallows light, and

The black dwarf just hides the light." Temu spoke on behalf of the Holy Wing Tribe.

"What should we do now? This is a completely dark thing. If it can hide the light, we may not be able to see anything even if we land on its surface. What's the point of even going up there?" Zhang Baoer said only as always.

complain.

"Duoduo, have you locked the specific location of the radio wave?" Zhang Xingxing ignored Zhang Baoer and continued to ask Duoduo.

"The radio wave position has been locked and is located in the north pole region of the planet." Duoduo gave an accurate answer.

"The radio wave is located in the North Pole. Could it be a phenomenon similar to auroral electromagnetic waves produced by the electromagnetic field of the planet?" Lao Du also raised a question.

"I think it is unlikely. The black dwarf has already lost all its energy activity, and even the light has been hidden. Instead, I think this radio wave phenomenon does not seem to be the result of natural activities, but more like a

Equipment put there artificially." Zhang Xingxing also rejected Lao Du's point of view.

"Who is so boring as to place radio wave equipment on such a dead star? Where does its energy come from, which can support sending radio waves to the outside world for billions of years?" Kelly couldn't figure out the phenomenon in front of her.

logic.

"Every phenomenon must have its mission." Baron Hughes answered Kelly's question vaguely.

At this moment, the Siegfried has completed one orbit around the black dwarf star in front of it. This dead star is about thirty times the size of Jupiter. It seems that all the external matter it had in the past has disappeared.

Only the carbon core with no possibility of evaporation is left, but such a huge star is compressed into its current state, and its current form is more energy-concentrated than a white dwarf. Therefore, it can be analyzed that the pressure on the surface of its planet must be astonishingly high.

"Lev, can the Siegfried be able to withstand the pressure on the surface of the black dwarf?" Zhang Xingxing began to get to the point.

"Duoduo is currently unable to provide more effective data. Siegfried can support a pressure that is 10,000 times greater than the surface of a white dwarf the size of a blue star. I think with such a strong performance guarantee, we can try it step by step."

The husband gave an adventurous plan.

"Step by step, it may be difficult to achieve this rhythm in the environment here. If the attraction of the black dwarf is indeed very huge, the spacecraft may be sucked in instantly and unable to escape." Lao Du listed the most likely adverse consequences.

"Yes, the size of this black dwarf star is too large, more than thirty times that of Jupiter, and equal to nearly 40,000 times that of a blue star. The Sirius companion star is a white dwarf star, its size is similar to that of a blue star, but it

The pressure on the surface is 180,000 times that of the blue star, and the surface temperature is on average 10^4 c of the blue star. Based on this set of data, you can imagine how terrible the environment on the surface of this black dwarf star is. It has exceeded at least

It was four times the pressure limit of the Siegfried." Duoduo gave a risk assessment using cold numbers.

After listening to Duoduo's words, everyone fell into silence. It is true that the black dwarf is a new celestial body that has never been observed. No one knows the terrifying characteristics of its cold and dark surface. This landing operation is like a big gamble.

The game of life.

"I have a point of view. Assuming that this black dwarf is the place where alien technology attracts us, then we will definitely be able to reach the radio wave area. I think it is better to lock the radio wave area and release the detection robot for the first round of exploration.

There’s endless debate here.” I gave my own advice at the critical moment.

The suggestion I made was approved by most people. Duoduo immediately maneuvered the Siegfried to the area above the North Pole of the Black Dwarf. Looking at the dark world below, I couldn't help feeling uneasy. Do we really have to do this?

Go to the surface of this terrifying planet to find the answer?

Following my suggestion, the Siegfried put down a small detection robot and quickly landed towards the surface of the black dwarf.

"Lev, can your detection robot withstand the pressure above the black dwarf?" Zhang Baoer asked Lev worriedly.

"This detection robot is already the hardest-shelled device we currently have. It is made of a special alloy. Of course, due to the limited energy it carries, its protective capabilities must be far inferior to that of the Siegfried."

Husband answered Zhang Baoer’s question.

The detection robot has begun to work quickly, and information and data about the black dwarf star have begun to be transmitted back continuously. As soon as it crosses the Roche limit area, the pressure suddenly appears. As soon as it enters the limit value, the pressure suddenly increases to the level of the original space.

One hundred thousand times, this can well explain why there is no matter in this area, and the pressure of the black dwarf can be transmitted to such a distant space in the universe, and the force is powerful enough to crush all the atoms in this space.

Temperature data is also sent back simultaneously. The temperature data of the black dwarf is completely opposite to that of the white dwarf. One is extremely high temperature, while the other is extremely low temperature. In the extreme area, the temperature plummets to minus 273 degrees Celsius. This

It means that we have reached the lowest temperature in the universe. According to this logic, maybe we have a chance to find a lower temperature on the surface of a black dwarf than the lowest temperature we understand. If this is true, this is indeed a real masterpiece of cosmic astronomy.

Discover.

At this time, the performance superiority of the detection robot was fully demonstrated. Lev arranged for Duoduo to order the detection robot to descend quickly, trying to quickly reach the surface of the black dwarf before its energy was exhausted. However, in less than three minutes, the detection robot

The safety index of the robot's protective cover has started to warn wildly, and all the energy inside it has been used for the safety protection of the outer shell at this moment.

More new information and data are coming in. Each set of data represents a major breakthrough in cosmic astronomy. The surface of the black dwarf is not only low temperature and high pressure, but also has a thicker atmosphere than we imagined.

When the detection robot passed through this layer of the atmosphere, the pressure was actually less than outside the atmosphere. This phenomenon also aroused everyone's hope.

"I didn't expect that there would be such a thick atmosphere on the black dwarf. I thought all the external material forms had been evaporated." Zhang Xingxing was amazed when he looked at the detection data.

But more surprising data came again. According to the detection of air by the detection robot, we actually discovered a phenomenon of air tearing at high speed. This discovery made us very excited. Such a rapid air tearing phenomenon will soon

It may be caused by a high-speed aircraft. In addition to the Siegfried detection robot, does it mean that there are other aircraft around here?

"It seems that there are secrets on this planet that we haven't thought of." Looking at these data, even Temu began to re-examine this planet at this moment.

But at this critical moment, our detection robot showed that its internal energy had been exhausted. Just when it was about to finally land on the surface of Black King, the detection robot finally couldn't resist the surface pressure of the black dwarf and finally collapsed and lost it.

Ability to work.

However, at the moment when the detection robot finally lost its ability to work, it still persisted in sending us the last precious data. The air pressure above the surface of the black dwarf reached 100 million times that of the surface of the blue star.

After getting this data, Duoduo immediately immersed himself in calculations. After a minute, he raised his iron head.

"After detecting the data returned by the robot, Siegfried can barely withstand the strong pressure on the surface of the black dwarf." Duoduo gave everyone a hopeful message.

(https://.23xstxt./book)
Chapter completed!