My biological black technology

Zhang Jingyi led everyone forward, but only a dozen steps away, the two teams finally stood face to face for the first time.

"This is the leader of our team, Tang Zhengming, Professor Tang, Bronze Three-Star Researcher."

"This is Academician Zhang Shichang." Zhang Jingyi introduced.

"Hello." Zhang Shichang took the lead in extending his palm.

"Hello, hello." Tang Zhengming felt particularly conflicted when he saw the kind and young face in front of him, but he still subconsciously extended his palm. Although his mind was a little dazed, at least he was a person who had experienced big scenes, although there were some Lost my mind, but still not rude after all.

However, the scene is still too shocking. A man who is nearly a hundred years old suddenly turns into a young man in his twenties. This kind of shock is coming directly to everyone.

"This is Shen Kangwen, Dean Shen, Bronze Three-Star Researcher, and Dean of the School of Biological Sciences of Xiangnan University." Zhang Jingyi continued to introduce.

Zhang Shichang stood in front of Shen Kangwen. Seeing the folds on Shen Kangwen's face, his face was full of emotion. All kinds of memories came quickly, and there was a sense of anachronism in the trance, "Kangwen, long time no see."

"Uncle Zhang...Uncle Zhang." Shen Kangwen said these two words with difficulty.

Zhang Shichang took a good look at Shen Kangwen, squinted his eyes, paused, reached out and patted Shen Kangwen on the shoulder, "Although Old Shen is no longer here, you have done well over the years!"

"Good job."

"Um……"

"When the threat from above is removed, we can talk about the past."

"good."

…

The researchers did not show any pomp and made a round of introductions to each other, just to get to know each other. In just a few minutes, the entire process was completed.

Immediately afterwards, everyone lined up and stood up.

Zhang Shichang stood at the front of the team and faced everyone, getting straight to the point.

"My name is Zhang Shichang."

"There are some comrades here who probably have no impression of me."

“At the beginning of this year, I had almost buried my nose in the earth. It was only thanks to the blessing of biotechnology that I was able to come back with a life and have the opportunity to continue to serve this country that I deeply love. This land and this nation strive hard.”

"To be honest, although I have experienced two bombs and one satellite, at that time, I was only in my early twenties. At that time, I was just a learner and participant at most."

…

Zhang Shichang quickly introduced his origins. At the same time, everyone finally confirmed the true identity of Zhang Shichang and the group of people behind him. Even though I had guessed before, I still couldn't help but be shocked when I actually confirmed the answer from the other party's mouth.

These are a group of old scientists who are at least 80 years old.

However, time is running out, and no matter how shocking it is, this is not the time.

After a brief introduction, Zhang Shichang immediately brought the topic to the point.

"The traditional idea of ​​​​nuclear fusion is to concentrate a large number of reactants, and through thermal motion, the atoms will eventually overcome the Coulomb force and a fusion reaction will occur."

"Due to the limitations of mechanical devices and material science, we are unable to control and process the reactants more microscopically. We can only make crude attempts to develop the energy contained in nuclear fusion."

"This is one of the reasons why modern nuclear fusion cannot succeed."

"However, biotechnology is different. The basic unit of biotechnology is a cell. The scale of a cell is at the micron level. A cell is a huge precision processing plant. Under current biotechnology, cells can be precisely controlled to an even greater extent. Precisely manipulate proteins, DNA, and other organic molecules at the nanometer level."

"Regardless of current circuit designs, operations can be performed at the nanometer level. However, in terms of operational flexibility and functional diversity, chip technology is far behind cells."

"Not to mention, cells can express themselves from the microscopic world, spanning several orders of magnitude units, to the individual expression process of the macroscopic world through a set of genetic materials."

"Compared with the integration of cells, evolved life, and mechanical technology, the current combination method is too crude."

"Generally speaking, mechanical technology uses macroscopic equipment to intervene in microscopic creation. The greater the order of magnitude difference, the more difficult it is to intervene and directly operate."

"We can process wood, make furniture, and make wooden houses with perfect fit. However, we cannot control atomic fusion so smoothly."

"However, biotechnology has great potential in this regard. The ready-made models and references alone are much richer than the current architecture of mechanical technology."

"So, because of our exploration of nuclear fusion theory and technology in the past century, coupled with the advancement of biotechnology, this gave us the opportunity to break through layers of obstacles in just a few months, and we have achieved the results achieved in the past few months. As a result of the victory of the biological fighter planes against the enemy attackers, today a large number of spaceships use their own engines to escape the gravity of the earth."

"It can be said that nuclear fusion technology has been initially successfully applied in the biological field."

"The results have been achieved, and the path has been proven feasible. However, what I want to say is that the current biofusion technology is not perfect yet."

"The performance of our biological warfare aircraft is not only limited by the physical factors of the operator."

"The power source is also a huge shortcoming."

"Currently, our biological nuclear fusion technology mainly implants fusion plug-ins into meta-cells to allow meta-cells to produce fusion bodies. The main composition of the fusion bodies is based on energy-producing structures such as chloroplasts and mitochondria that are widely found in nature."

"The fusion body we designed uses deuterium and tritium for fusion. The fusion was successful. However, we were not able to perfectly control the energy released by the fusion, or we did not control it enough. The thermal radiation energy generated by the fusion was too powerful and exceeded The safety margin of the thermoelectric conversion devices in our current fusion bodies."

"Thermal radiation energy that cannot be controlled by the fusion body will escape into the host cells. Although the cells are also loaded with heat dissipation devices, the cells will still accumulate heat over time and die prematurely. "

"So, every time the current fusion power source works, countless fusion cells are dying at the expense."

"The fundamental reason why it can be temporarily put into use is also the high-speed reproduction of biotechnology."

"The fusion cells die and are replenished to keep the fusion engine at a certain level of effectiveness."

"However, this supplement is ultimately limited, especially during weapons operations. The materials needed to synthesize fusion cells cannot be provided endlessly."

"Moreover, the higher the output power of the power source, the efficiency of cell reproduction may not be able to keep up with the dead fusion cells. In the end, the energy that the fusion power source can provide will be less and less. Therefore, our fusion power can only support operations for a very limited time. .”

"So, our most important goal next is very clear, which is to break through this restriction."

"Only by breaking through this limitation, can we make various war weapons more energy-rich and powerful in the upcoming war, gain more advantages, and have more hope to win the final victory!"

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