Super Dimension Technology Era

Although he was excited for most of the night, Fang Ge still used the deep sleep mode of his brainwave glasses to force himself into deep sleep around three o'clock in the morning.

It was another fulfilling and busy day, and the X gene induction work was not going smoothly.

Although the X gene will mutate under high-energy rays, this mutation is disorderly and chaotic. Three mutated samples were induced in one day, but none of them were benign, and no internal rules could be found.

Looking at the electron microscope and X-ray diffraction images, as well as a stack of laboratory reports in his hand, Fang Ge shook his head and put them down.

"Does it feel very boring?" Chen Yalan said with a smile.

Fang Ge helplessly replied: "No, I just think the hope of inducing mutation is slim."

Chen Yalan put down the thermos cup and spread her hands and replied: "There is no way, even human genes are so complicated, let alone the X gene."

After a busy day, taking a shower and eating, Fang Ge stayed alone in his dormitory again.

Lying quietly on the bed, looking at the gray-white ceiling, and about to pick up the brainwave glasses, Fang Ge suddenly froze, and his whole body was stunned for a moment.

Why didn't I think of it? Brainwave glasses...brainwave control...brainwaves...brainwaves...Fang Ge's brain exploded with lightning and flint.

At present, the progress of biological computers in the world is very slow. Generally, the advantages of de novo protein design are used to realize the system design of logic gates (similar to simple transistors).

There are many types of proteins referred to here. The most successful one at present is a biological logic gate designed from scratch based on a building block heterodimer. Compared with the components that can be provided by resetting biological motifs, it can Generating gates with nearly the same overall topology constructs more components.

Encoding specificity using designed hydrogen-bonding networks enables broad binding affinities between monomers with similar structures, allowing the construction of more complex gates based on competitive binding.

From a protein biophysics perspective, the findings highlight the powerful synergy between de novo protein complex design and native mass spectrometry and, more generally, the ability of de novo protein design to produce complex coordinated assemblies.

However, biological computers still have some very thorny problems, such as how to store and read information, how to achieve fast and precise control, and how to combine simple protein logic gates (biological transistors) into cellular logic bodies (large-scale integrated circuits).

These three problems are stumbling blocks for biological computers.

And why Fang Ge wants to develop a biological computer? Because without a biological computer, biological armor is a dead thing, and a biological computer is equivalent to an artificial brain.

Therefore, biological computers are a prerequisite for biological mechas. Only when biological computers are developed can biological mechas be effectively controlled.

Otherwise, the consequences will be the same as those two biochemically modified people, becoming neither human nor ghosts or losing their minds. Obviously, the vast majority of human beings are not willing to accept the G organization's biochemically modified human technology.

Using his authority, Fang Ge logged into the internal network of Thinking Society and viewed a series of papers and technical summaries on brainwave glasses and brainwave control.

"Sure enough, brainwaves are biological brainwaves. If brainwave sensors and brainwave feedback devices can be constructed on proteins through gene editing, it means..."

This means that the control problems of biological computers and the problems of storing and reading information will be easily solved.

However, Fang Ge was not too happy, because it was equally difficult to realize a protein brainwave electrosensor and a protein brainwave feedback device.

Maybe you can discuss it with your teacher.

Fang Ge quickly put on his brainwave glasses, entered Nanke's dream world, and sent a text message to the teacher.

More than half an hour later, Huang Mingzhe arrived belatedly.

"Xiaoge, have you encountered a problem?"

Fang Ge nodded, and then expressed his thoughts and ideas.

Biocomputer...brain wave control...protein logic components...bio-based armor, Huang Mingzhe has generally understood the idea.

Still beside the creek with towering ancient trees, Huang Mingzhe sat on the bluestone, closed his eyes and meditated.

Use the knowledge body of biological computers and brain wave control, as well as other knowledge bodies, to start the spark of inspiration.

In an instant, countless bodies of knowledge were mingling and colliding in his brain. More than half an hour later, Huang Mingzhe opened his eyes and was pleasantly surprised to discover a technical route that could realize biological computers and even biological armor.

He once inadvertently developed a technology - particle control technology, which is still in the laboratory stage.

But after integrating particle control technology, X-gene, bionics, brainwave control technology, biological computers, and mathematical programming.

A complete [bio-computer technology] and a part of [bio-based armor technology] were born.

"Xiao Ge, your idea can indeed be realized."

"Really?" Fang Ge suddenly became excited. It was not easy to get recognition from his teacher.

Huang Mingzhe thought for a while and then said: "It may be difficult for you to complete this project alone. I will arrange for Kehan ​​and others to help you realize the biological computer."

"Thank you, teacher." Fang Ge never thought that he could lead a scientific research project.

"Be confident, I'll walk you through some technical points of biological computers."

Next, Huang Mingzhe briefly analyzed his biological computer knowledge to Fang Ge.

Fang Ge on the side was dumbfounded. She seriously doubted whether she had collided with the teacher?

After listening to more than three hours of class, Fang Ge couldn't help but ask: "Teacher, are you also studying this direction?"

Huang Mingzhe explained with a smile: "The particle control technology was indeed developed by me before, about 12 years ago. As for the biological computer, I derived it based on your ideas."

Gulu! It took more than half an hour of derivation to reach this level... Fang Ge was really doubting life.

"I don't have time to participate in this project at the moment. The main work can only be done by yourself."

"But, isn't this bad?" Fang Ge hesitated. After all, many of these technologies were developed by Huang Mingzhe.

"During the research and development process, the academic value judgment system will calculate based on contribution, so there is no need to worry."

In fact, Huang Mingzhe doesn't care about this reputation. With a series of achievements in controllable nuclear fusion, computational materials science, etc., he has already reached the top of the domestic academic circle.

"Thank you, teacher!" Fang Ge was very moved. She had heard of some bad practices in the academic world before.

His teacher could have put this project in his name and asked Fang Ge to work as a scientific research worker, but Huang Mingzhe did not do so.

Less than three days.

The Institute of Human Evolution has an internal biological computer laboratory, and the chief researcher of the laboratory is Fang Ge.

In addition, there are Lin Sha, a researcher at the Academy of Sciences who was previously engaged in X gene research, and Wen Kehan, who was transferred from the school.

Together with other related researchers, a total of 23 researchers and 50 auxiliary employees form the Biocomputing Laboratory.

Fang Ge did not expect that his teacher would support him so much. This shows that in the scientific research world, meeting a good teacher can get twice the result with half the effort.

Thank you for your support (ω｀)