Hand rubbing nuclear fusion live in the wilderness

Chapter 556 Special Energy Converter Organ

As he speculated, the hexagonal organelle was indeed an energy converter.

In theory, this is a very tenacious organelle, because it can respond to a series of energies such as heat energy, visible light, ultraviolet rays, infrared rays, and gamma rays, and can absorb and utilize them.

Just like chlorophyll can use light energy for photosynthesis, this organelle can use many kinds of energy. The efficiency may not be high, but it can be done.

It should have evolved to adapt to the surface environment of Mars.

"It's a miracle, life is really great."

In the laboratory, Han Yuan looked at the Martian vine isolated in the glass box and muttered to himself.

Leaving aside those cell structures that he still doesn't understand, the hexagonal organelles alone are enough to shock everyone.

On a planet that is hardly suitable for life and is attacked by solar wind and cosmic rays all the time, life has unexpectedly evolved a set of energy systems that can be used for it.

Theoretically, with such a set of energy systems, this kind of Martian vine can survive on most of the terrestrial planets.

Planets like Mars are very common in the universe.

This also means that the universe is definitely not desolate, but human beings still can't find where those aliens are.

The discovery of Martian vines and the announcement of this special energy system can be said to have seriously stimulated the real countries.

Countries have launched their own artificial fire-boarding operations, for fear that they will not be able to pick Martian vines if they go there for a while at night.

Correspondingly, the won who is still on Mars is ready to return.

Although it took far more time to land on Mars than expected, the rewards are amazing.

Although there are a lot of scientific research equipment and instruments on the No. [-] spacecraft, after the discovery of the fungus Martian vine, it is far from enough to carry out research on it.

As for the action of going on fire by various countries, in the eyes of South Korea, this may be the most expensive action in history without much gain.

Because he speculated that this Martian vine might have been made by the former host of the Eye of Sahara base.

This kind of organ that can directly use and convert various cosmic rays and radiation is too amazing, and it is not like something that can be evolved in nature.

Therefore, on Mars in reality, it is very likely that such Martian vines do not exist, but those microbial bacteria have a high probability of existing.

If countries go with the goal of looking for Martian vines, they will probably have nothing.

However, the Korean won did not prevent the actions of countries including Huaguo. In his opinion, even if the Martian vine was not harvested, it was worth it.

Not only may there be microorganisms on Mars, but also the development of aerospace technology.

Humans have been on the earth for a long time. In the 60s of the last century, humans were able to send people to the moon. But as of today, more than half a century has passed, and the footsteps of all countries are still on the moon, without the slightest outward movement. expand the meaning.

Of course, this may also have something to do with the country on the west coast losing its opponent.

It has to be said that war is really a sharp weapon to stimulate the development of science and technology, even if it is just a cold war.

The moment when he returned to Earth from Mars and got down to earth, Han Yuan finally let out a long sigh of relief.

Although the zero spacecraft has a simulated gravity system, he still prefers and gets used to the down-to-earth feeling.

Apart from other things, this sense of security is something that no spacecraft can give.

Although he had taken all kinds of unexpected situations into consideration when he was making the spaceship, he even added things like simulating the gravity field.

But on the spacecraft, after all, it is still necessary to rely on various instruments and equipment to maintain life. If these key equipment fail, the danger index will soar instantly.

This is also the reason why Won didn't take planes much when traveling in the past. He is more willing to take high-speed rail.

I always feel that even if there is an accident on the high-speed rail, I can still save myself, but if the plane has an accident in the sky, it will really be ineffective every day.

Returning to Earth, Won disembarked from the spacecraft, but the Martian microorganisms and Martian vines brought back remained on the spacecraft for the time being.

Without confirming that these things are not harmful to the ecological environment of the earth, he will not carry these things back.

The well-enclosed environment of the second sub-chamber of the spacecraft is enough to ensure that these alien lives will not leak out easily. As for the next research, it needs to wait for the construction of the research base to be completed.

Even if these things are not harmful to the ecology of the earth, it is impossible for these Martian life to be studied in the original laboratory of the base, and a complete research institute needs to be re-established.

After all, they are alien life. Although they belong to the same solar system, once these things multiply on the earth, it will be the largest species invasion in history, because the nearest natural enemies are hundreds of millions of kilometers away.

Prudence in scientific research is the spirit that any scientific research scholar must possess.

Just a few days after returning to Earth from Mars, the second year of the outer space exploration mission officially passed.

The message of the completion of the branch chain mission kept ringing in Han Yuan's mind.

"Ding, a change in information has been detected."

"Ding, the information detection is complete."

"Ding, congratulations to the host for completing the second branch of the outer space exploration mission: resource collection."

"Resource collection branch chain task requirements: "Collect at least one substance that is not found on the simulated earth within two years. "

"Resource collection branch chain task reward: "Basic reward: intermediate material knowledge information - application information supplementary information (distributed). "

“额外奖励：依据采集物质的种类而决定，当前完成进度：‘月球7种、火星9种、金星5种、水星2种，谷神星2种.累计收集非地球物质27种，额外奖励为：银河系矿藏资源分布图信息”

"Ding, a change in information has been detected."

"Ding, the information detection is complete."

"Ding, outer space exploration mission branch chain mission three: Galactic data collection."

"Galaxy data collection branch chain task requirements: Complete the collection of relevant data on each star in the simulated solar system within two years. The task requires minimum collection of parent star + eight planets related data, including but not limited to audio, video, image and other information data."

"Galaxy data collection branch chain task reward: It is determined according to the completeness of the star data information collected by the host."

"Current information completeness: 71.11%, reward: 'Galaxy space wormhole information'."

In my mind, the system's notification sounded, and the two branch missions of the second year of the outer space exploration mission have been completed.

Hearing the sound of the system, Han Yuan froze for a moment, and quickly opened the task information panel.

In the column that has been completed, the two branch missions just refreshed, and the rewards for resource collection and galaxy data collection are bright and dazzling.

Information on the distribution map of mineral resources in the Milky Way, and information on space wormholes in the Milky Way.

Two rewards for information about the Milky Way, which made Han Yuan feel a little incredible. He hasn't even gone out of the solar system, and the mission rewards have already been swiped to the Milky Way?
But there is no doubt that the value of these two extra rewards is huge for any civilization in the galaxy, even indescribable.

The former is a resource, while the latter is a wormhole and a highway. The combination of the two can help a civilization develop rapidly and extend its influence to any corner of the river system.

Although the information on the distribution of mineral resources in the solar system has been obtained from the mission rewards before, Han Yuan never thought that he could obtain the entire galaxy this time.

This is not a region with a diameter of two light years in the solar system.

The diameter of the entire Milky Way is as high as 30 light-years, and it takes 10 years to pass through it at a speed of [-] kilometers per second. The range is so wide that it has completely exceeded the imagination of ordinary people.

As soon as these two rewards came out, Han Yuan began to doubt whether his previous inferences about this system were correct.

Judging from the various data and information collected before, the system on his body may be related to the civilizations of several epochs that were born on the earth.

Although it is not certain which era civilization created it, the probability that the system came from the earth itself is very high.

Otherwise, it is unlikely that this system will only spread on the earth. It makes no sense that a system created by an alien civilization will always stay on one planet and one civilization.

But now, even rewards such as wormhole information and resource distribution maps of the Milky Way have been posted, or is it that the era civilization that created this system has already left the Milky Way?
And if you want to fully grasp the resources and wormholes of the Milky Way, I'm afraid it's impossible to simply walk out of the Milky Way.

After all, there are more than 2000 billion stars in the Milky Way. Even if a star is equipped with a very low number of planets of five, the number of planets has reached more than one trillion.

If this can standardize the resources and unknowns on each planet, it is simply against the sky, and I can't even imagine how it can be done.

Thinking about it, Han Yuan quickly opened up the information on the distribution map of the Milky Way's mineral resources in his mind.

This is a light catalog that can be as high as several terabytes of information if it is printed out. Just click on one, it is a galaxy named YH140, which is 191307 and five light-years away from the solar system.

This galaxy is a binary star system with two stars, twelve planets, seven dwarf planets, 21 asteroids, and 63 satellites.

That's all the data recorded in this directory, and there are no records of smaller meteorites, comets, etc.

Han Yuan clicked on a planet at random, and there was no record of the mineral deposit information of every data on the planet. There were, but the general planet of what mineral deposits were contained in this planet.

For example, for this planet numbered YH191307-011, the record information is written like this.

This planet has an iron-nickel inner core, an atmosphere mainly composed of nitrogen and carbon dioxide, non-metals with mining value in the surface minerals are silicon, sulfur and other materials, and metal materials are mainly iron, aluminum, copper and titanium. Except for some common elemental metals, they all exist in the form of compounds
Remarks: This planet has two rare metal materials of relatively high value, wave metal and barium metal.

After glancing at the record information, Han Yuan immediately understood the mineral record information method of the mineral resource distribution map information in the Milky Way.

Compared with the information on the distribution of mineral resources in the solar system that he obtained before, this information did not mark all the specific information of the minerals.

Instead, it describes the types of mineral deposits that can be mined in a general form, and there is no detailed location and specific information about this mineral deposit.

This method of marking and recording mineral information made Han Yuan feel relieved. If it is really the same as the information on the distribution of mineral resources in the solar system obtained before, it would be too heaven-defying.

After thinking about it, Han Yuan felt that it was the most reasonable to record the information in this way.

The reason is very simple, lies in the development of technology.

When developing in a mother galaxy like the solar system, a civilization, such as itself or human civilization, has only a few methods for detecting mineral deposits on the planet.

For example, geological changes, vegetation, drilling, etc. These methods are generally quite cumbersome, and it is impossible to accurately determine whether there are mineral deposits underground.

And once the underlying mineral deposits are buried a little deeper, it can be said that most of these traditional detection methods will fail.

But correspondingly, civilizations that can only operate in the parent galaxy or the parent star do not have a great demand for various mineral deposits.

This basic detection method can almost meet the needs of development.

With the development of science and technology, one day human civilization will be able to develop a means of efficiently discovering planetary deposits, such as the metal deposit scanner in his hand.

But the corresponding troubles also followed, that is, in the vast universe, the distance between planets is too far away, if the galaxy that the exploration team goes to does not have the required mineral deposits, it can be said that it is almost a waste of time up.

Therefore, it is enough for a civilization that has come out of the parent galaxy to mark the approximate types of mineral deposits recorded on this planet.

The information that marks where a certain mineral deposit is and how many mineral deposits are there is too detailed, and it is quite troublesome to generate such information.

What kind of technological level corresponds to what kind of information, this is actually very reasonable.

In addition, a detail that attracted Won's attention is that the records of the mineral deposits on this planet are not only the various mineral deposits in the crust, but also the core and atmosphere of the planet.

This made him feel a little strange at first, but then he realized that in the eyes of a certain advanced civilization, it may be the best way to directly blast the surface of the planet, obtain the core of the planet, and obtain the materials they need from the core. Efficient.

After all, most of the constituent substances in the core of a planet are quite pure.

For example, the core of the earth is mainly composed of three kinds of iron, nickel and silicon, which account for a relatively high proportion and have a relatively high density. Obtaining iron metal from such a core can obtain an extremely large amount at one time.

It's just that this method is killing the chicken and picking the egg.

After all, to take out the core of a planet, under normal circumstances, you have to blow up the planet or strip off the crust and mantle and other structures.

The plot in novels and movies that can drill to the core of the earth by punching a hole is unrealistic.

So if the core is taken, the planet will be useless.

(End of this chapter)