At the same time, Jiang Mingxuan also announced that he would strengthen the ecological protection around Nepenthes City, and to determine the distribution range of Julia fungi and the living conditions as soon as possible.

This is the side of the ecological survey team in Nepenthea City.

Recently, I have put aside other work and focused on carefully examining the area where the fungus was previously collected.

According to this careful investigation, the distribution range and survival habits of the Julia fungus have also been improved.

The fungus is found only in a 372-square-kilometer rainforest northwest of Nepenthes Town.

Julia fungi are symbiotic fungi with relatively small bodies (1.2~1.7 cm in diameter) and blue color, and only symbiosis with a unique local mahogany.

This endemic mahogany is found in this 372 square kilometers, and there is no such mahogany in other areas.

And even with this rosewood, not all of them will have the Julia fungus.

At present, it has been found that there is a symbiosis of Julian fungi, accounting for only about 7.6%.

Once the mahogany dies, the Julia fungus dies soon as well.

In the face of this situation, the ecological investigation team should pay more attention to local ecological protection, after all, once the ecology of this endemic mahogany and juillia fungus is destroyed, it is very likely to cause the extinction of the entire species.

Moreover, the discovery of Julia and others has greatly stimulated the enthusiasm of other ecological survey teams.

The entire Amazon rainforest is a vast area, and no one is sure how many unknown species exist in it, and whether there are any unknown species similar to the presence of Julia fungi is also a place worth exploring.

Other biological research institutions in Nepenthes City have also received a special task from the Science Division, which is to complete the artificial cultivation of Julia fungi as soon as possible.

After all, the living conditions of the Julia fungus in the natural environment are very harsh, and if you are not careful, you will die in minutes.

The 34507 laboratory, which received the scientific research task, is a fungal cultivation laboratory located in Nepenthes City.

Homo sapiens has conducted in-depth research on symbiotic fungi, and the 34507 laboratory conducts research on this basis, which will be relatively less difficult.

Since the juilliar fungus and mahogany are symbiotic, it is necessary to study this special mahogany in parallel with the study of the artificial cultivation technology of the juilliar fungus.

……

On this side of the Atron Oasis in Africa.

Li Qingye also received the relevant report, and he was not too happy about this discovery.

After all, the shortcomings of Zhu Chenci's unipolar crystal are too obvious.

The hard injury of the service life is too serious, and there is basically no possibility of application in a short time.

As for other applications of Zhu Chenci unipolar crystals, it is also difficult to move forward.

It's not just a matter of service life, it's also a question of yield.

With the little yield of natural Julia fungus, these few milligrams of Zhu Chen magnetic monopolar crystals are not enough to plug between the teeth.

And a range of other envisaged applications, such as what magnetic monopole generators? Magnetic monopole strong magnetic field, magnetic monopole maglev train, anti-gravity spacecraft, etc., all require a large amount of raw materials.

What's more, the Zhu Chen magnetic unipolar crystal is not a real magnetic monopole, and between the two magnetic poles, there is still a closed magnetic field.

Li Qingye is very aware of the difference between the two.

After reading the relevant research reports, he looked up a lot of papers on magnetic monopoles, as well as condensed matter physics, electron quantization, and so on.

Even if he has a super brain, Li Qingye still has not solved the problem of the service life of Zhu Chenci's unipolar crystal.

However, he did not drill the horns, since it cannot be solved in a short time, it is better to continue to increase investment in related scientific research.

……

A magnetic monopole project that is highly valued by the Science Division.

Various investments and manpower have directly increased more than ten times.

Dr. Lawrence and Dr. Shi Feng are the core researchers of this project, and they have carried out their own research with a large group of researchers.

Among them, Dr. Lawrence's research direction is to study how to extend the service life of Zhu Chen magnetic unipolar crystals.

Dr. Shi's research interests are to study how to artificially synthesize Zhu Chen magnetic monopolar crystals and how to find potential substitutes for these crystals.

However, this kind of research is biased towards a combination of theory and practice, which is quite difficult for many researchers.

Among them, Dr. Shi Feng used compound databases and supercomputing simulations to find many similar molecular structures.

However, the synthesis of large organic molecules is much more difficult than that of small molecules.

Because the higher the molecular weight, the longer the synthetic chain and the more complex the steps become.

This is why many macromolecular drugs are often extracted from natural organisms, rather than through artificial synthesis.

The steps of synthetic macromolecular organic matter are extremely complex, and the production cost will rise sharply.

Inside the laboratory.

Dr. Shi Feng looked at the data feedback, and a helpless expression appeared on his face: "It's difficult! Not even half of the reaction steps were completed. ”

The other researchers were also dejected.

"Shi Bo, why don't we try similar inorganic compounds?" One of the researchers suggested.

Dr. Shi Feng frowned and thought about it, and then he looked at the hundreds of inorganic compounds simulated by the supercomputer.

These are all inorganic compounds simulated by supercomputing, and they are also difficult to synthesize, but they are much better than organic compounds.

In addition, this is not the key, the key is whether these inorganic compounds can produce the magnetic field resonance effect of magnetic monopoles.

But in the end, he still made up his mind: "I'm going to send a group of researchers to specialize in the study of those simulated inorganic compounds." ”

“ok。”

The researchers nodded.

Obviously, many researchers think that it is too difficult for organic compounds, and it is better to divide part of the strength as soon as possible to study some of the possible existence of special energy fields.

In fact, Dr. Shi Feng didn't get too entangled in this aspect.

Only now he had to grit his teeth and continue working on the project.

Because other scientific research institutions of the company are also actively studying this content, this huge pressure prompts Dr. Shi Feng and others to grit their teeth and persevere.

Of course, this is just a healthy competition and does not affect the friendship between the two parties.

If other scientific research institutions come up with research results first, then Dr. Shi Feng and others can only blame themselves for their inferior skills.

In addition to the various scientific research institutions of Homo sapiens on the earth, a relatively practical scientific experiment was also carried out on the magnetic monopole on the Homo sapiens space station in the middle orbit at this time.

The number of astronauts on duty on the Homo sapiens space station has reached 42 at this time.

The vast majority of them are researchers.

The research related to space is mainly how to synthesize the Zhu Chen magnetic unipolar crystal, and also to study whether there are undiscovered physical and chemical properties of this crystal in outer space.

If the Zhu Chen magnetic unipolar crystal with a relatively long service life is obtained in the future, it will definitely be developed into long-distance communication in outer space.

At this time, the various physical chemistry of the crystal in outer space is very important.

The highly efficient Homo sapiens company has already sent some samples to the lunar base, which is currently the best place to test long-range communications.

At a time when Homo sapiens was busy researching various technologies.

There are also some undercurrent events around the world.