My biological black technology

"We must ensure the energy of weapons for attacking tough targets and the supply of materials is always sufficient!"

"Report our opinions immediately! Now is the most critical moment. There is no new energy reaction on the moon. This means that this wave of conflicts is the last critical moment. At this time, it depends on who If you can hold on, whoever can keep his composure, whoever cannot hold on first will be doomed!" Wen Ziqiang said with red eyes.

"Yes!" Zhao Ronghao immediately started to deal with it.

The space assault ship directly ahead is already within sight, but it cannot be attacked. Even if it is just moving forward quietly, this giant ship can silently give people a strong psychological pressure.

Here, there are explosions and fighting every moment.

Time flies by like water.

At the same time, in the materials research room, under the leadership of Cheng Xiang, a team of 5,000 people made rapid research progress.

"Quick! Compile and test!" Cheng Xiang had just finished configuring a DNA fragment of a special function point according to the design idea, and immediately forwarded the project file to the smart terminal handed over to the assistant through the network, and then went on to design the next function point module.

"Yes!" After receiving the command, the assistant immediately opened the project and immediately selected to start the compilation and debugging phase.

The compilation and debugging of bioengineering is very different from that of simple programs. Especially in terms of compilation and debugging, special compilation equipment and debugging testers are equipped.

After the project is successfully loaded, the assistant immediately links to the compilation environment, skillfully adjusts various parameters, and then starts compilation immediately.

Compilation progress starts immediately, at the same time, within the compiler.

Change has begun.

Compilation units start a thousand.

In each compilation unit, a large number of assembly proteins begin to work. Pulled by specialized proteins, each deoxyribonucleotide quickly enters the preset DNA laying track according to the design document. On top of the laying track, there are specialized The assembly tool protein is already in place, and when it receives the deoxyribonucleotide, the assembly protein immediately starts the assembly work.

Assemble one by one, work in an orderly manner.

The compilation progress displayed on the smart terminal is also rising rapidly.

Soon, in about a minute, a DNA fragment of 1024 pairs of deoxyribonucleotides was successfully compiled.

"Mr. Cheng! Compilation completed!" the assistant reported immediately.

"Okay, the test cases have been written for you. Start targeted testing immediately based on the test points."

"clear!"

In the smart terminal, a document was passed over again. The document listed densely packed test items. The assistant configured the test environment according to the requirements. High temperature, high pressure, ray impact...

The specially designed tools in the biological laboratory are much more advanced than the previous set of mechanical tools.

The greatest convenience is the improvement of efficiency again!

In the past, it took three days to conduct a performance test in a mechanical laboratory. Here, DNA design is modular, compilation is highly automated, and amplification does not require hands at all. From beginning to end, designers have said goodbye to the uncertainty caused by direct manipulation of DNA.

This is the power of technology.

The assistant's hands quickly operate in the void of the screen projected by the retina.

"Quantity, one thousand!"

"Temperature, ten million Kelvin!"

"..."

"Get one!"

After a test item is completed and confirmed to be correct, the assistant experimenter immediately selects start. At the same time, the assistant immediately starts configuring the next test environment.

The same scene is not just here in Cheng Xiang, but almost everywhere in the materials research department, busy and precise.

An unprecedented scientific research environment and an unprecedented scientific research atmosphere are a qualitative leap brought about by biotechnology.

And similarly, in another section, the Energy Research Department.

The nuclear fusion research team, the number of people here is not small at all.

There are countless biological genetic programming experts, biological design experts, nuclear fusion experts, and quantum engineering experts who have joined in one after another.

Mechatronics is a way of harnessing nature, and so is biology.

The methods of studying biological nuclear fusion may be different, but they still involve the same physical laws. Therefore, these scientists who study natural science theories are indispensable.

Now, after completing the analysis of a total of complete samples, the first designed fusion sample has begun experimental testing.

"Start the first test!"

"Add helium-III fuel solvent!"

"clear."

"Fuel input successful!"

"Pay attention!"

…

Zhang Shichang and others each carefully looked at the experimental details presented in the smart terminal. While observing, they recorded key ideas and communicated.

There are only a dozen energy cells in the experimental area this time, and the third-generation fusion is loaded in the energy cells. As the helium-3 solution enters the tissue fluid in the simulated environment, individual helium-3 instances begin to be adsorbed by the cell membrane through an osmotic pressure reaction.

After being adsorbed to the surface of the cell membrane, the smooth cell membrane immediately began to form a concave inner space, and the cavity tightly clamped the helium-3 particles.

Immediately afterwards, the inner space begins to secrete special proteins. The free protein immediately triggers the RNA free in the cytoplasm. The RNA immediately begins to be transcribed to generate a special express protein. The express protein quickly dissociates into the inner space of the cell membrane. Soon, the inner space begins to dissolve. The helium ions were immediately dragged by the express protein and moved step by step towards the fusion body in the cytoplasm.

"Okay, successfully entered the cell!"

Experimental progress is moving forward again.

In an energy cell, under second-generation fusion, there are five fusion bodies maintained under normal power.

Any more will shorten the service life of cell materials, and the cost performance will be greatly reduced.

After seeing the helium ions being successfully dragged into the third-generation fusion body by the express protein, everyone couldn't help but feel excited.

"Very good, the helium ion implantation was successful!"

"The fuel materials are in place successfully!"

The visible light anatomy diagram clearly shows the details inside the fusion body. Helium ions are safely loaded into the gap cavity inside the fusion body.

"Good! The location is correct!"

"Activate third generation fusion!"

"Yes, release the pulse signal and activate the third generation fusion!"

In an instant, regular electric frequency signals are excited in the radio frequency antenna, invisible fluctuations are transmitted in space, and the floating villi on the surface of the cell membrane are immediately induced. The electrochemical reaction begins immediately, and the special protein that has long been attached to the cell membrane immediately falls off. He swam towards the third generation fusion body.

"It's about to begin!"

Everyone was breathing heavily and waiting attentively.

"Inside!"

The next moment, with the entry of the signaling protein, the third-generation fusion body seemed to start changing immediately. The cavities were quickly closed, forming internal particle factories. The next moment, important mutagens began to be secreted inside the fusion body.

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