How the Zergs were Made

Chapter 499: Celestial Level Accident Scene

In the second orbit of the star system, a large number of cosmic creatures appeared. They were active among the meteorites in the asteroid belt, and they searched for many meteorites one by one in a carpet-like manner. They would rather find nothing than let them go.

The starting points of cosmic creatures are evenly distributed in various positions in the inner asteroid belt. Although the consumption of resources is somewhat large, this greatly shortens the time consumption.

Soon, the asteroid belt in the second orbit of the star system was surveyed by the cosmic creatures.

"Report, no suspected spaceship wreckage was found."

In the interplanetary channel built by radio, the results of the survey of the inner asteroid belt were announced, but the wreckage of the spacecraft was not found as the collectors hoped.

"Are you sure there is no meteorite missing?"

"Make sure there is nothing missing."

The reporting organisms responded positively to the inquiries of the same family. When the cosmic creatures searched, they even didn't let go of meteorite fragments the size of a fist, but even so, they still failed to find any clues.

The collectors who received such a reply began to discuss in the channel again.

"What do you think about this?"

"Maybe it's naturally degraded?"

"Impossible. This is space, not the surface of the planet. Even the corpses on the dwarf planets still exist. There is no reason for the debris of the spacecraft to be eroded away."

"Would that float off the second track?"

"It's possible, but it's not very big. Everyone is on the planet, and who is driving the ship? If there are companions left behind on the spaceship, why does the companion leave the people on the planet and leave alone? It doesn't make sense."

"It doesn't necessarily require people to start the spacecraft. It can be the displacement caused by the impact of the meteorite. There is no resistance in the universe. As long as enough initial kinetic energy is given, the spacecraft can float out of the second orbit."

"You mean to say that the wreckage of the spaceship crashed into a star?"

In the face of gravitational potential energy, if all matter slows down, it will not be able to guarantee the centrifugal force of revolution, and will eventually fall into the star. The wreckage of the spaceship may collide with other asteroids in the inner meteorite belt, and after the speed drops, it will move toward the star The gravitational force drags out the second orbit.

However, there are still opponents of this explanation, because if the spacecraft wants to enter the second orbit, it must maintain the speed of the second orbit. Only in this way can it anchor in the second orbit. According to the description of the theory of relativity, the same speed and the same direction In this case, matter remains relatively stationary, so the probability of collisions is relatively small.

Another reason is that there is no sufficient evidence to prove this point, and all collectors cannot be convinced by just guessing.

Just when the two groups of collectors couldn't settle down, a few spoilers joined in and gave the spaceship collectors a heavy blow, smashing their assumptions into thin air.

"Everyone be quiet, let's put aside all these things that are just speculations and cannot be concluded. I have another good news to tell you."

"What good news?"

"The half-life time inside the mummy has been calculated."

"how many?"

"About 70,000 years, plus or minus one thousand years."

Huogu often used the method used to calculate the age of fossils in archaeology. Although it had nothing to do with combat, Huogu was happy to teach collectors what he was really good at.

Collectors naturally dare not neglect the things taught by the Supreme Will. As much as Huogu taught them, they will learn as much. Not only have they learned, but they have thoroughly understood it.

Before the collectors digested this information, another collector immediately broadcasted that the source of the information was the first discoverer of a new civilization who was in charge of the global exploration of dwarf planets.

"I also found something here."

"What traces do those mummy corpses leave behind?"

The collectors naturally thought that there was a new discovery on the mummy, but this individual on the dwarf planet gave a negative answer, and it found something else.

"No, it's a discovery on the planet, or you should take a look first, and then you'll understand."

A physical model of a planet appears in the channel. This is the dwarf planet with traces of a new civilization. The surface of the planet is pitted, and there are a large number of dense craters on one side, layered on top of each other, like raindrops falling on the water surface. The ripples are of different sizes, one ring after another.

On the other side, there are few craters, but because they are few, they are conspicuous enough for the collectors to notice what has happened to this side of the dwarf planet.

It was a crater left by an earth-shattering impact. The ratio of this crater to the dwarf planet, if transferred to the earth, is equivalent to a huge crater in the entire Antarctic Circle.

If such an impact occurred on the earth, then this meteorite is fully capable of smashing the Japanese archipelago below sea level, and it will also affect South Korea by the way, causing more than half of its land to sink.

The huge waves caused by the impact of this meteorite can spread from one end of the earth to the opposite end if there is no land hindrance.

The answer was ready to come out, all the forward inferences of the collectors were overturned, and there was a brief silence in the entire channel because of this horrifying information.

"This, this is..."

"This dwarf planet does not belong to the second orbit at all, it is not a celestial body that originally existed in this orbit!"

Dwarf planets have their own rotation, so the distribution of craters can be scattered and disorderly, but they must be uniform and random, and there should not be such obvious and distinct traces.

So the dwarf planet is an outsider. This outsider broke into the second orbit of the original stable movement, causing a large number of meteorite impacts and leaving a large number of craters on one side.

This is like running in the rain. If the runner is fast enough, the runner's back will not be soaked, but the front will be completely soaked.

"Where did it come from?"

"Modeling the physics! We need to determine where it came from!"

Although there is no clue yet, the collectors can be sure that some great changes must have taken place in this star system 70,000 years ago. The meteorite that can hit such a huge crater is also of a huge mass.

But it is also because of such a huge mass that their orbits are very stable, and they will not easily change course and hit the planet due to the collision of other meteorites. In this regard, they are very similar to planets. It can be said that this type of large-mass meteorite It is the predecessor of the early planets.

It is not difficult to determine which part of the asteroid belt the dwarf planet enters. Velocity times time equals distance. A simple physics formula is now in use.

The first is to know the age of the oldest crater on the side with a large number of craters, so that we can roughly determine the time when the dwarf planet entered the second orbit.

Then according to the energy release of the largest crater combined with the mass of the dwarf planet itself, the speed of the dwarf planet itself at that time can be known.

Once the speed and time are known, the distance traveled by the dwarf planet to revolve around the star can be obtained according to the physical formula, and this distance is divided by the revolution distance to obtain the number of revolutions and the unfinished revolution.

The unfinished revolution is the entry point for the dwarf planet to enter the second orbit.