Meteorite Wanderer
Cosmic Abandoned Star
Iron Base, Observatory.
As a researcher at the Observatory, Professor Tie Zha uses an astronomical telescope to observe the universe every day.
Before work that day, Professor Tiezha observed a faint blue light that appeared towards the 37 degrees southwest of the Tieji star.As a habit, he noted the characteristics of this star that emits blue light.
[Location: 37 degrees southwest of Tiejixing, 15-day area, 10-star area. ]
[Distance: Calculated by the triangular parallax method, the distance is about one light-year. ]
[Spectrum: blue. ]
[Quality: I'm in a hurry to get home from work and don't have time to count. ]
...
The next day, after Professor Tiezha finished his daily work, he suddenly recalled the blue star he had observed yesterday.
The star's features have never been recorded. It should be a new star. Thinking that he might have found a new star, Professor Tiezha inevitably started observing again.
When Professor Tiezha used an astronomical telescope to observe the direction 37 degrees southwest, he did not see the star from yesterday.
With some hesitation, Professor Tiezha tried to observe another location, but he actually observed the blue star from yesterday at 60 degrees south.
After ascertaining the characteristics of the various aspects, Professor Tiezha decided that this one was the one observed yesterday.
However, Professor Tiezha intuitively felt that the trajectory of this star was a bit strange and did not seem to be affected by the gravity of the iron-based galaxy, so he exported the newly discovered star's orbital data to a computer for calculations.
What Professor Tiezha never expected was that his efforts had achieved two results.
First, according to calculations the trajectory of the new star is indeed not affected by any gravitational force, perhaps its potential energy is too great to escape the influence of the nearby gravitational force.
Second, according to the calculations of the trajectory and speed of this new star, after about a hundred years of iron-based stars, this new star will enter the orbit of an iron-based star and collide with an iron-based star!
“How is it possible?”
Such an astonishing result made Professor Tieza stand up and drop his stool.
After quieting down, Professor Tiezha let the computer count again.
The result this time was still the same, if the trajectory of the new star did not change, it would hit the iron bottom in a hundred years!
Realizing that this matter was not a trivial one, and it was related to Tiejixing's survival, Professor Tiezha immediately informed the scientific research fellow at the observatory.
After listening to Professor Tie Zha's words, the professors who had come at first were in disbelief, thinking it was Tie Zha's joke, but after observing the strange blue star with the astronomical telescope, the, they all get serious!
“Tie Zha, when did you find this blue star?”
“Barin.”
“Burn? How can a star suddenly appear near our galaxy? It makes sense that if the star flew, we should have observed it a long time ago. Is this star really from space?”
“There is another possibility, maybe it is not a star at all, just an asteroid that reflects light, don't you think the light is too weak? Perhaps because the intensity of the light is too weak, we cannot observe it when it is too far away, and its size and mass are far from the minimum requirements of a star."
"Your statement is not absurd, but according to the record, There are no blue stars near our galaxy. If this is really an asteroid, where did the reflected blue light come from?
" for sure the trajectory will collide with the iron base star, we can not take it lightly, from today, we have to observe its dynamics throughout the day, he said, and only after confirming the situation can we find the right solution. . "
The major events associated with the survival of this entire Iron-based star were decided by several observatory professors in this small room.They will take turns observing the real-time dynamics of blue light celestial bodies throughout the day, in order.to shorten the time in a short time Find out the reason.
The blue light object is heading towards an iron-based star at a speed that exceeds the fourth speed in the universe.
Its body size is just over 30,000 meters of iron-based stars, and its mass is 08 asteroid masses, of which 99 percent are hydrogen elements, which do not meet the basic requirements of stars.
However, the light is spontaneous, not reflected.
Through observations of astronomical telescopes, it was discovered that it has two faint glowing nuclei, which may be the secret of its light!
As professors of astronomy, they have long been accustomed to exploring miracles rather than denying them.
However, the light of these tiny blue stars is very weak, less than one-thousandth the light of a normal star, compared to a star, at most the flashlight level.
Therefore, they speculate that this star may have some problems in the evolution of stars and become a cosmic abandoned star.
A cosmic derelict star refers to a phenomenon in which a star degenerates into a dead star after a short period of light because it does not absorb enough matter in the evolution of the star.
Such stars are usually abandoned stars left behind by the universe.
This has been the center of heated discussion among astronomy professors.What is the reason an abandoned star flies towards an iron star when it has nothing to do?
Some speculate that it may be a coincidence.
But some have speculated that it may be a method of attack of advanced civilizations.
Although they were first-rate civilizations, they were still at the bottom of the cosmic chain of civilizations.
However, on the next day's observation, they found a new clue, which completely overturned the theory of the first day.
They found that behind the abandoned star was a large asteroid four or five times the size of a small star.
This suggests that the tiny star is not a single star, nor is it an abandoned star, as it has captured another asteroid, possibly a developing early galaxy.
Early galaxies were far more threatening than single stars. Perhaps even iron-based galaxies could fall apart, and their iron-based civilization would become completely extinct!
So, they immediately informed the government of the star iron base.
Iron Star Lord, the supreme leader of Iron Base Star, immediately sent the Iron Army Marshal to understand and resolve the crisis.
After half a year of calculations and discussions, under the authorization of the Iron Star Lord and the command of the Iron Army Marshal, a solution was finally reached.
They decided to make a gold-resistant nuclear bomb out of a newly researched high-temperature-resistant metal, and then detonated it on the surface of a small star, using the blast to detonate a small star.
As long as the small star disappears, the asteroid behind is nothing to fear.
They can capture asteroids to become iron-based stellar satellites, which can be used to mine resources.
They have gone through many meteorite crises before and are very experienced in capturing asteroids.
However, this plan requires at least 100,000 gold-resistant nuclear bombs. In any case, small stars have high densities and strong potential energies. If the impact of the explosion was not enough, it would not be able to completely disperse the small stars.
Of course, to avoid mass panic, this plan is always done clandestinely.
It is unfortunate that there are no airtight walls in the world. When the stellar government of an iron base orders a global military factory to secretly produce a gold-resistant nuclear bomb, somehow the news leaks. Coupled with crazy media reports, and some folk astronomers were placed out to confirm.
The fact that early galaxies collided with iron base stars has made a lot of noise in iron base stars!
