Hand rubbing nuclear fusion live in the wilderness

Chapter 402 The Mining Site of Uranium Mine

Although neutrinos once caused superluminal oolong events, their value is still very high.

One of those values ​​is for communication.

Neutrino is also called "neutrino" by scientists. It is a neutral basic particle with extremely small mass and no charge itself. It is a kind of lepton and one of the most basic particles that make up nature.

Neutrinos have strong penetrating power, and their speed is close to the speed of light. They propagate along a straight line without reflection, refraction and scattering, and have good confidentiality performance.

This physical property allows neutrinos to pass directly from the Earth's South Pole all the way from the ground to the North Pole, and the whole process hardly loses any energy.

Because of this, using it as a communication tool has great advantages.

Therefore, neutrinos are a very attractive ideal information carrier.

Since the discovery of neutrinos and the understanding of the physical properties of neutrinos, research in the direction of neutrino communication has been within the scope of key scientific research in various countries.

Because if neutrino beam communication is adopted, it will provide a powerful means for secret communication of weapons such as submarines and fighter jets.

Even if a thermonuclear war occurs, the neutrino beam transmitter placed in the command center deep in the rock will not be damaged by the atomic bomb, it can still work normally, and will not be affected by the radiation and thermal environment.

In addition to being used for global human communication, neutrinos can also penetrate the moon and communicate with the space station on the back of the moon, or as "special messengers", travel in space, directly communicate with spacecraft flying in the universe, and conquer the universe for mankind Serve.

But the ideal is beautiful, the reality is cruel.

Since the discovery of neutrinos by human beings at the end of the nineteenth century, the research on neutrinos has not stopped, including neutrino communication.

But for a variety of reasons, little progress has been made in neutrino communication.

For example, how to obtain some neutrino beams with extremely high energy and sufficient beam intensity with a relatively simple method.

Or how to effectively control and protect it is a world-class problem.

So even after more than ten years, no country has made any progress in neutrino communication.

Its progress is not as good as 'quantum communication technology'.

At least the latter countries have not been able to use the quantum entanglement effect to communicate, but they have been able to use the three principles of uncertainty, measurement collapse and non-cloning in quantum mechanics to ensure that information transmission cannot be eavesdropped and calculated.

Although quantum entanglement communication technology is more difficult than neutrino communication, at least part of 'quantum encryption + conventional communication' has been used.

As for neutrinos, the current countries are still unable to launch a large number of neutrino beams, receive and capture and decipher the information in the neutrino beams.

The main reason is that this thing has no charge, basically does not participate in electromagnetic interaction and strong interaction, and only participates in weak interaction and gravitational interaction.

The latter two have always been weak points in human scientific research.

Especially in the area of ​​gravity, although Mr. Newton discovered gravity very early, scientists of later generations have actually made little progress in the study of gravity.

Even if Mr. Einstein established the general theory of relativity and the equation of gravity, human beings still know very little about it.

Gravity cannot even hook the other three fundamental forces even the slightest bit.

Han Yuan's interest in this neutrino communication is average, not very high.

Although neutrino communication can provide users with good confidentiality performance and super transmission ability.

But it still has a speed limit after all.

Because neutrinos have mass, even if the mass is very slight, this also leads to its speed being actually lower than the speed of light.

Won knows this, and the speed of the electromagnetic wave communication he uses is the speed of light, so in terms of the speed of information transmission, the speed of neutrino communication is not as fast as electromagnetic wave communication.

If it was quantum entanglement communication or some kind of super-light communication technology, Han Yuan estimated that he would have jumped three meters high with excitement.

Although the interest level is average, Han Yuan still found this information in his mind and opened it to check it.

After all, it is a brand new technology, and it is still a technology of black technology level. It is impossible for him not to have a general understanding.

After flipping through the catalog information and general introduction, Han Yuan withdrew from the space of consciousness.

Opening his eyes, Han Yuan's eyes showed various emotions such as curiosity, surprise, understanding, and excitement.

From this neutrino communication technique, he may know how the metal deposit detector works.

Well, maybe, there is a possibility of more than 80.00%.

In fact, all of this depends on the characteristics of neutrinos.

One of the most fundamental particles that make up nature, neutrinos are small, uncharged, and can move freely through almost any substance.

Therefore, neutrinos can freely travel through the interior of most planets, so by using the characteristics of neutrinos to scan celestial bodies and planets, we can understand the structure of celestial bodies and planets.

In other words, the metal ore detector actually produces a large number of neutrinos that can carry information and detect information, centered on him, and spread out in all directions.

Then after checking all kinds of data, the relevant information will be sent back, and then be received and sorted.

Among the returned data is the data information of various mineral deposits.

Then, according to the physical properties of each mineral, you can find out what the mineral is by matching it from the returned data information.

In theory, as long as there are a large number of neutrino beams, it is even possible to detect where every part of this deposit is.

This is not difficult, if you can control neutrinos.

From the neutrino communication technology, Han Yuan learned the operating principle of the metal deposit detector, and also knew how this system finds the deposits inside a planet.

This made Han Yuan a little excited, because it meant that he had uncovered part of the mystery of the system.

From being ignorant and ignorant before, now I can understand part of it, at least understand the principles of the tools used by the other party.

This progress is actually quite good.

From the current point of view, the things used in this system should all be within the scope of technological theory.

Han Yuan felt that maybe one day in the future, he could completely reveal all the secrets of this system.

After briefly looking at the information on neutrino communication technology, Han Yuan set his sights on the last reward.

【Intermediate Material Knowledge Information】

A piece of intermediate knowledge information, this is the reward for the material research and development task, and it is also the third piece of intermediate knowledge information he has obtained.

Compared with the previous two rewards, South Korean won is most interested in this reward.

He has a personal experience of how perverted the technology or materials in the intermediate knowledge information are.

The knowledge and information on the application of intermediate electric energy obtained before can be said to be the main support for him to complete the task in the later stage.

Whether it is electric propulsion-free engine, lanthanum gallium silicon solar thin-film power generation panel, or high-energy storage lithium-sulfur battery, these things are all in the intermediate knowledge information.

Without these, his Leluo delta aircraft cannot go to the sky, and cannot carry people to complete the mission of circling the earth.

Without these, his space shuttle and satellites would not be able to be launched into space in batches like they are now.

Intermediate knowledge information can be said to be the basis for him to overfulfill the next few tasks.

So Won is also looking forward to this piece of 'intermediate material knowledge information', wanting to see what's in it.

Intermediate material knowledge information, there must be a lot of super materials that he doesn't know or even heard of.

Thinking about it, Han Yuan couldn't wait to find this knowledge information in his mind.

The catalog opened, and the data in the intermediate material knowledge information was presented in front of Won, and Won browsed one by one, immersing himself in it.

It took more than an hour for Han Yuan to come to his senses.

It's not that he finished reading it, but that he felt something was wrong after browsing some intermediate materials.

This "intermediate material knowledge information" has only basic manufacturing methods, but no corresponding application.

It's like an elderly person getting a smartphone for the first time. He knows it's a mobile phone, but he doesn't know how to use it, and there is no manual in the box.

This situation made Han Yuan feel very strange, no matter whether it was primary or intermediate knowledge information, this situation had never happened before.

Just like the knowledge information of intermediate electric energy application, it clearly records all detailed information such as the principle, manufacturing process, and application direction of each technology.

However, this 'intermediate material knowledge information' contains only information such as the name of the material, manufacturing method, principle, etc., without detailed data, application range, and direction of this material.

This point made Won very confused, and he asked the system but did not get an answer.

Flipping through the intermediate material knowledge information in his mind, Han Yuan suddenly remembered something.

This reward, its name seems to be a little different from the previous intermediate knowledge information reward.

Compared with the intermediate power application knowledge information, the intermediate material knowledge information lacks the word "application".

Thinking of this, Han Yuan was a little dumbfounded.

He knew what the problem might be.

For this material research and development task, the system requires a total of 10 materials to be independently developed, but this task does not prevent him from muddling through with real materials.

In fact, this is exactly the case. There are only five materials that were actually developed by him, and the remaining five are filled with real-world materials.

Half to half, the data information rewarded by the system is only half.

"Sure enough, I can't get along."

Han Yuan shook his head and sighed.

He had a problem with this material research and development task, and the reward he got was only half of the original reward.

If all these ten materials were developed by himself, maybe the reward he got would be "knowledge information on the application of intermediate materials".

Rather than the lack of detailed data and application domain information as it is now.

Han Won sighed, and turned to congratulations.

What is gained and lost is the basic principle, the specific manufacturing process, etc., and what is missing is the scope of application.

If the reward is intermediate material application fields and detailed data, but there is no 'detailed manufacturing process information', then he is really the kind who can't cry.

At that time, he can only see a lot of super materials that can be applied in certain technological or black technological fields. He can see the super excellent performance and various data of this material, but there is no detailed manufacturing process.

Isn't that cheating.

It's okay now, although there is no detailed introduction of this material and the scope of application, but at least the manufacturing process is given.

The big deal is to explore slowly.

In other words, find a way to make up the other half.

Won is sure that this system definitely has the other half of the intermediate material knowledge information "detailed introduction of material data and application scope".

It's just that it's very difficult to trigger another mission to complete these estimates.

Shaking his head and breathing a sigh of relief, Han Yuan stood up and moved his body.

Because of the 'lazy' problem, now that he has come up with such a 'reward', he is also a little speechless and feels cheated.

The intermediate knowledge information is indeed precious, but in the current situation, the time and energy spent on successfully researching and applying this information is estimated to be more than ten times the normal situation.

even more.

Out of sight, out of mind, Han Yuan doesn't want to see this thing now, so he simply throws it aside for now, and will study it later when he has time.

Coming out of the studio, Han Yuan looked up at Haoyue.

The rainforest is extremely hot during the day, but it is quite refreshing at night, the temperature is neither high nor low, and occasionally there is a cool breeze blowing through, which is quite comfortable.

Of course, this is also related to the fact that he has almost cleared the trees around the base and there is a small river next to it.

Otherwise, in the dark tropical rainforest, it is basically impossible to want a ray of breeze.

After moving his body, Han Yuan turned on the metal ore detector.

There are all kinds of metal deposits discovered and recorded on it, from ordinary copper and iron to radioactive metals such as uranium and plutonium needed for the side-chain mission of "Guardian of Civilization".

Han Yuan flipped through the record map and found a relatively suitable uranium mine from it.

This relative suitability does not refer to the distance from the base, but refers to the two indicators of the uranium mine's burial depth and uranium content.

In fact, this uranium mine is far away in Inner Mongolia, China, not in South America or North America.

It's not that there are no shallow uranium mines in North and South America, but that South Korea doesn't want to put uranium mines in these places.

Uranium ore is more sensitive than other mineral deposits.

Just like no matter how high the content of a gold mine is, it is nothing more than bringing down the price of gold and affecting some economies.

Uranium mines are different. If a super uranium mine is discovered outside the superpowers of China, Russia, and Russia, it is estimated that an armed conflict will break out in that place the next day.

Ka Dazuo, who has already entered high school this year, has always been obsessed with uranium before he was reincarnated.

In the whole world, there are not many people like Comrade Da Zuo who are obsessed with uranium and want to build a big one.

For example, the president of Gambia in Africa once announced that he would sweep China with 1000 elite soldiers and sweep Europe with 800 elite soldiers.

Although everyone sees it as a joke, it is undeniable that there are many lunatics in this world.

So in the first year of the Starlink mission, Han Yuan had already figured out where to mine the uranium mines for the mission of 'Guardian of Civilization'.

(End of this chapter)