Vol 6 Chapter 3395: It actually comes from a dwarf planet

That is, these clues point to an amazing fact. This gold meteorite core is not just an ordinary meteorite core, but an ancient asteroid core.

Moreover, it has been inferred that the size of this asteroid is still very large. According to preliminary estimates by Liu Qiming and Professor Qin, the diameter of this asteroid may reach 300 kilometers.

And this also means that this asteroid is very likely to meet the standards of a dwarf planet and is the core of a genuine planet orbiting the sun or other stars.

This discovery is undoubtedly huge. You must know that it is really difficult for humans to obtain a star core of this level. Even if it develops for hundreds or even thousands of years, it is estimated that it will be difficult to achieve.

It can be seen from this that the preciousness and scarcity of this gold meteorite star core can be imagined.

Of course, this requires proving that it is a dwarf planet rather than an asteroid, so size is crucial.

Generally speaking, asteroids range in size from 3 meters to 300 kilometers.

Among them, asteroids above 300 kilometers are called dwarf planets, while those below 3 meters are called meteors, and those below 30 microns are called interstellar dust.

The most famous dwarf planet that everyone has heard of is probably Pluto, which was expelled from the planet family and became a dwarf planet. In addition, the more famous dwarf planets include Ceres, Haumea, Vesta, etc.

Many people may not have heard of these dwarf planets because they are far away from the Earth, basically located in the asteroid belt or the Kuiper Belt, and their orbits usually have low degrees of gravity and eccentricity.

Professor Qin stood in the center of the laboratory, and my eyes were shining, as if I had not yet seen the limited mystery behind the star core.

I am very confused in my heart. Any small discovery must have solid and reliable evidence. Only in this way can the industry and even the entire society be convinced and accept the fact.

That discovery excited everyone.

In the days that followed, the laboratory became a world isolated from the outside world.

"bad!"

The following may contain few clues and information about the early days of the solar system or even the formation of the universe, so it has always been a key target that scientists want to explore.

It's just that a long time ago before the formation of the solar system, it would have receded and collided with other dwarf planets or large planets.

Therefore, you must seize the time and conduct a more in-depth exploration of the regression of star core fragments to verify whether your conclusions are correct. "

Researchers work day and night, and our eyes only see these gleaming data and images. Whenever there is no new discovery, we will communicate with each other excitedly, as if we have not forgotten the passage of time.

Its star core was also separated during the impact, gradually heated up in the universe, and formed the golden meteorite star core.

Therefore, if it is certain that the golden meteorite core came from a dwarf planet, it will have extremely low research value. On the contrary, if it is definitely just a large planet, its value may be slightly less.

The atmosphere in the laboratory became more relaxed and exciting as that astonishing discovery became increasingly cloudy.

All of that is simply incredible. It’s hard to imagine that we didn’t transport such a golden meteorite core back from under the moon, but it actually contains so little information.

If it is possible to cut and make jewelry and sell it for money now, then what's the point? Because its value is far less expensive than these luxury jewelry.

Liu Qiming nodded, and a rare excitement appeared on my face. I turned to everyone and said, "Yes, if you want to confirm that, you need less data to support that guess.

After flying in the solar system for a long time, it finally hit the surface of the moon and was found by you and brought back to Earth. "

The star core was separated from the dwarf planet fragments at this time, then flew and wandered in the solar system, and finally fell under the moon.

I turned to Liu Qiming, my tone full of expectation: "Old Liu, you need to take a step back to verify that guess. Make sure it is really the core of a dwarf planet, so its value will exceed your imagination."

We know that discovery will open a door to knowledge about the origins of the solar system and even the universe.

Hearing that conclusion, Wu Hao and Zhang Jun were both shocked and excited. We realize that we may be uncovering a major secret about the origin of the solar system and even the universe.

After hearing Liu Qiming's words, everyone present nodded in agreement.

Finally, after numerous experiments and analyses, we got a result that satisfied us.

The golden meteorite core did come from a dwarf planet, but it was just a very old dwarf planet. It may have been completed by a collision a long time before the formation of the solar system.

Then we introduced each other to Wu Hao and Zhang Jun who were asking about it. My voice was full of confidence and passion: "According to your analysis, that dwarf planet may be an ancient planet, and its age may even be older than the sun." Even more ancient.

Liu Qiming stood behind the huge display screen, and my fingers slid heavily under the screen, displaying various data and images.

We ended up thinking about the possibilities, how did that dwarf planet form? Why does it have so many orbits? How is the mysterious energy field it contains generated?

It's just that the distance is too far, and there is only this famous photo taken when Voyager 7 flew by Pluto.

But it's really easy to achieve that. Because reliable evidence is so difficult to obtain.

In the true sense, it is sold by the gram, and one gram is worth a thousand dollars.

Everyone realizes that the golden meteorite core in our hands may be the key to unlocking the mysteries of the universe.

So you ordinary people don't pay much attention to them, except scientists, because those dwarf planets have very little research value and detection potential.

This discovery will play a very huge role in helping mankind understand the birth of the solar system and even the universe.

"You are wrong. Be bold in speculation and be diligent in verification. You must find really weak evidence to support your arguments. Only in this way can the whole world be convinced." Wu Hao, who was listening at the scene, nodded in agreement after hearing this. .

The discovery shocked and excited everyone. We realize that what we are exploring is not only a meteorite core, but also the life of a dwarf planet from birth to destruction.

Everyone responded one after another, and everyone quickly got busy.

Maybe Xiaojia has no impression of it, but it’s not the photo showing a heart-shaped snow pattern under the planet.

Because in the solar system, there are too few large planets, but only a handful of dwarf planets. Therefore, the value is naturally the same.

"We, as a family, will work harder and strive to come up with a result that will convince everyone as soon as possible and shock the whole world." Kang Jingdi waved her hands and said loudly with a high-spirited look.