Homo sapiens

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

The ecological survey team of Nepenthes City.

Recently, I have put aside other work and concentrated on carefully investigating the area where Julia's fungus was previously collected.

Based on this careful investigation, the distribution range and living habits of the Julia fungus have also been gradually improved.

This fungus is only distributed in a rainforest covering an area of ​​372 square kilometers northwest of Nepenthes City.

Julia's fungus is a symbiotic fungus with a relatively small body (1.2 to 1.7 cm in diameter) and light blue color. It only grows in symbiosis with a unique kind of local redwood.

This unique local redwood is distributed in these 372 square kilometers. This kind of redwood does not exist in other areas.

And even if it is this kind of redwood, not all redwoods will have Julia fungus.

Currently, only about 7.6% of the redwood species found to have Julia fungus symbiosis.

Once the redwood dies, the Julia fungus will soon die as well.

Faced with this situation, the ecological survey team paid more attention to local ecological protection. After all, once the ecology of this unique redwood and Julia fungus is destroyed, it is very likely to cause the extinction of the entire species.

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

The entire Amazon rainforest is vast, and no one is sure how many unknown species exist in it. Whether any of these unknown species are similar to Julia's fungus is also a place worth exploring.

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

After all, the survival conditions of Julia fungi in the natural environment are very harsh. If you are not careful, you will die in minutes.

The 34507 laboratory that received the scientific research task is a fungus cultivation laboratory located in Nepenthes City.

The Homo sapiens company has conducted relatively in-depth research on symbiotic fungi. The 34507 laboratory conducts research on this basis, and the difficulty will be relatively low.

Since Julia fungus and redwood are symbiotic, research on the artificial cultivation technology of Julia fungus requires simultaneous research on this special redwood.

…

Here in Africa's Atlon Oasis.

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

After all, the shortcomings of the Juchen magnetic monopole crystal are too obvious.

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

As for other applications of Juchen magnetic monopole crystals, they are also difficult to implement.

This is not only a problem of service life, but also a problem of output.

Based on the small output of natural Julia fungus, these few milligrams of Julia's magnetic monopolar crystals are not enough to even fit between the teeth.

And a series of other envisioned applications, such as what magnetic monopole generator? Magnetic monopole strong magnetic fields, magnetic monopole maglev trains, anti-gravity spacecraft, etc. all require a large amount of raw materials.

What's more, the Zhuchen magnetic monopole crystal is not a real magnetic monopole. There is still a closed magnetic field between the two magnetic poles.

Li Qingye knew the difference between the two very well.

After reading the relevant research reports, he consulted many papers on magnetic monopoles, as well as condensed matter physics, electron quantization and the like.

Even with a super brain, Li Qingye still has not solved the problem of the service life of the Zhuchen magnetic monopolar crystal.

However, he did not get into trouble. Since it could not be solved in a short time, he would continue to increase investment in relevant scientific research.

…

The magnetic monopole project is highly valued by the Science Division.

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

Dr. Lawrence and Dr. Shi Feng are the core researchers of this project. They led a large group of researchers and each carried out relevant research.

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

Dr. Shi Feng’s research direction is to study how to artificially synthesize Zhuchen magnetic monopole crystals and how to find potential substitutes for the crystals.

However, this kind of research tends to combine theory and practice, which is still quite difficult for many researchers.

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

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

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

This is why many macromolecular drugs are often extracted from natural organisms rather than artificially synthesized.

The steps for artificially synthesizing macromolecular organic compounds are extremely complicated, and the production cost will skyrocket.

In the laboratory.

Dr. Shi Feng looked at the data feedback with a helpless expression on his face: "It's difficult! Not even half of the reaction steps have been completed."

Other researchers were also crestfallen.

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

Dr. Shi Feng frowned and started thinking, then he looked through the hundreds of inorganic compounds simulated by the supercomputer.

These are all inorganic compounds simulated by supercomputers. They are also somewhat 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 made up his mind: "We are going to separate a group of researchers to study the simulated inorganic compounds."

"OK."

All the researchers nodded.

Obviously, many researchers think that it is too difficult to study organic compounds. It is better to dedicate part of their strength as soon as possible to study some areas that may have special energy fields.

In fact, Dr. Shi Feng is not too entangled in this aspect.

But now he had to grit his teeth and continue working on this project.

Because other scientific research institutions of the company are also actively researching this aspect, this huge pressure has prompted Dr. Shi Feng and others to grit their teeth and persevere.

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

If other scientific research institutions produce results first, then Dr. Shi Feng and others can only blame their own skills for being inferior to others.

In addition to the various scientific research institutions of the Homo sapiens company on Earth, a relatively practical scientific experiment on magnetic monopoles was also conducted on the Homo sapiens space station in the middle orbit.

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

Most of them are scientific researchers.

Space-related research is mainly about how to synthesize Juchen magnetic monopole crystals, and it is also to study whether such crystals have undiscovered physical and chemical properties in outer space.

If we obtain long-lasting magnetic monopole crystals in the future, we will definitely develop long-distance communications in outer space.

At this time, the various physics and chemistry of the crystal in outer space are very important.

The efficient Homo sapiens company has already sent some samples to the moon base. This is currently the best location to test long-distance communications.

While Homo sapiens company is busy researching various technologies.

There are also some major undercurrents happening around the world.

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