Homo sapiens

Chapter 81 Alternative Plan

After the meeting.

Everyone's fear of America and other powerful powers has also reduced, at least there is no thought of feeling that there is no chance of winning.

However, to completely eliminate this fear, I am afraid that it will take a real fight with the great powers to completely eliminate the deep-rooted fear in my heart.

Xu Yingming and others returned in batches on submarines.

Li Qingye came to his own exclusive laboratory, where hundreds of military assistants and five web managers with scientific research capabilities were busy.

"Boss, Project 506 has completed its final test." Manager Buck reported to him.

Li Qingye raised his eyebrows: "Oh? Go over and have a look."

After a while, Buck took him to the exclusive scientific research area of ​​Laboratory 506, which is an edible fungus laboratory.

In fact, the five managers are mainly engaged in civilian projects. As for weapons projects, they are all led by Li Qingye himself.

After passing through layers of gates and disinfection, they arrived inside the laboratory.

Through the composite glass window, you can see inside the room. Rows of shelves are covered with small gray-white umbrellas.

On the shelf is a culture medium with a thickness of about 15 cm.

"After many comparisons, we found that during the death of termites, a large amount of a special hormone is released, which promotes the spores of the gallinome to enter a reproductive state..."

"In addition, termites must continue to exist in a termite nest, because the activities of termites will increase the concentration of carbon dioxide inside the nest and at the same time regulate the temperature and humidity of the nest..."

After listening to Buck's explanation, Li Qingye obviously understood the symbiotic relationship between gallinobacteria and termites.

Buck continued: "So we simulated the temperature, humidity, soil pH, gas concentration, hormones and organic matter content of the nest, and finally found the most cost-effective solution."

"Based on this plan, we developed a culture medium for pseudotermite nests. On average, C. galliformis can grow once in about 8 days, and one culture medium can grow three crops of C. galliformis."

Li Qingye asked casually: "What's the cost? How much is the yield per mu?"

"The cost is divided into two parts. One part is the investment in equipment and site, which must build a sealed site with constant temperature and humidity, as well as a sealed site that can adjust the gas concentration."

Buck continued: "The other part is the cost of consumables, mainly culture media and hormones. One square meter of culture medium costs about 3 yuan. If mass-produced on a large scale, it should be able to be reduced."

"One acre of culture medium can produce about 13,000 to 15,000 kilograms of fresh gallinobacteria. This is the output of three crops combined."

Li Qingye assessed that this technology could be commercialized. He thought for a while:

"You organize the technology and hire a technical consultant in Haitian Agriculture. I will instruct Zhang Wei to promote this technology."

"Thank you, boss!" Buck knew he had made it through.

In addition to dead wages and performance points, technical personnel in general Homo sapiens companies also have a third type of income, which is technology dividends.

Being a nominal technical consultant means that this person's technology will be commercialized and promoted, and after the product generates profits, he will automatically receive dividends.

Usually the dividend ratio is 1 to 3% of the total profit of the technology. This dividend is valid for life, but it is not inheritable.

In fact, the Homo sapiens company is already very conscientious. If other commercial companies invest in scientific research projects, whether it is patent ownership or product profits, the company will monopolize it, and the scientific researchers will be given a small bonus at most.

Nowadays, many graduate students have become migrant scientific research workers for capital. Unless they are very famous scientists, they can only work as cowboys for capital.

Although Li Qingye is just as dark, he at least treats his own people well.

After inspecting the Alpine fungus project in the Edible Fungi Laboratory, he, under the leadership of Buck, visited the research progress of matsutake mushrooms, white truffles, black truffles, red mushrooms and other edible fungi.

These edible fungi have two characteristics: they are rare and cannot be cultivated artificially.

As long as low-cost mass production technology can be developed, the profits will be very considerable.

Later, Li Qingye inspected several other laboratories. Although there was no technology of great value, the development momentum was quite satisfactory to him. At least some of his subjects were shared, so that he could concentrate on researching some important projects.

Li Qingye returned to his laboratory.

His current research focus is on genetic modification, biological weapons, biological computers, and gene therapy.

Li Qingye had to pay attention to physical problems. After all, the length of chromosome telomeres marked the aging of cells.

At this time, although his body was conditioned with various drugs, it was still difficult to improve the side effects caused by the genetic modification.

In the laboratory culture chamber.

An embryo is immersed in simulated amniotic fluid and developing slowly.

This is one of his backup plans.

Human cloning project.

Before carrying out genetic modification, he secretly retained a portion of his own stem cells and stored them in the laboratory refrigerator in Jiangcheng.

When he left China, he secretly asked the school girl he knew to mail the stem cells to Xiangjiang.

Later, in the name of Jack Zhang, he retrieved the frozen stem cells in Xiangjiang.

Now, using that stem cell, an embryo is re-created, and this embryo is a clone of oneself.

Li Qingye knew very well that if he could not find a safe gene therapy solution in the next ten years, he would have no choice but to use human cloning to revive the body.

Therefore, he made a lot of preparations, including implanting a biochip into himself to ensure that his memory would not be lost.

Although in the eyes of many people, the clone and the original person may not be the same person, Li Qingye doesn't mind. As long as his memory becomes the clone's memory, the clone will be himself.

For this reason, the clones being cultivated must not have any memory, so as not to cause memory confusion.

However, it is still difficult to ensure that the original memory is completely implanted in the clone's brain. This memory transmission technology is still difficult.

Li Qingye's memory transmission technology cannot accurately transmit memory information through neural signals. Instead, it adopts a compromise implementation method-that is, a sensory information simulation memory scheme.

The principle of this plan is very simple. It is to cover the body with a special layer of artificial sensory cells, then decompose one's own memory into various sensory information, and then transmit it to the clone's body senses through these artificial sensory cells.

In this way, the clone can experience the life of Li Qingye's original body through artificial senses.

In addition, Li Qingye also has a second plan.

Then the genetic memory inheritance plan.

This plan is to use DNA storage technology and safe genetic modification technology to allow your clones to complete genetic modification. During the modification process, all the information stored in your DNA will be activated.

Currently, with Li Qingye's in-depth research on genetic modification technology, genetic modification technology has become more and more mature and perfect.

For example, the loss of life of soldiers, each transformation will only consume 12 to 14 years of life.

As for his clone, its lifespan is about 60 to 70 years, and it will take more than ten years, which is acceptable.

Of course, he would not want to give up his original body unless he had to. After all, there were certain risks in the process of transferring memories to the cloned human brain.

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