The technological competition starts with the integration of space-time memory

Chapter 40 Buffs from Hypnosis
Zhao Changhai and his party left with satisfaction and reluctance.

Li Tang and Zhao Changhai reached a consensus: Artificial Intelligence Zero will not be made public for the time being, but will be gradually applied to various industries.

The military will immediately allocate funds to the Future Science and Technology Institute to launch two projects: artificial intelligence and military robots.

At the same time, the military purchased 1000 intelligent special warfare drones and assigned them to the East War Special Forces under Peng Jinghai, requiring them to form combat effectiveness as soon as possible.

To this end, not only will a subsidiary of the Future Science and Technology Research Institute be granted a full set of military qualifications, but a group of technical talents will also be selected to participate in the military robot project.

There is an 80% chance that Yuan Qicheng's group of technical officers will be selected first. Given that this group of people have been conquered by Zero, there is no one who is unwilling to do so.

To this end, Li Tang adopted a method similar to ChatGPT, providing an account and No. 0 chat mode, using hierarchical permissions to obtain corresponding help and support from No. 0, perfectly concealing the power of No. 0.

My goodness! As a result, Yuan Qicheng and his friends all asked to create accounts and use Zero as their personal assistant on their confidential mobile phones.

The charm of size zero is known to everyone who uses it!
Even Zhao Changhai is no exception.

Li Tang understood that this group of generals and colonels were absolute authorities in the field of military equipment technology, and establishing good relations with them would only benefit the company, not harm it.

As for the computing power allocated by Zero, it is just a drop in the bucket.

of course not!

Zero has already reminded that in the process of executing large-scale parallel tasks, it is found that today's silicon chip architecture and the underlying instruction set of the chip can hardly keep up with the requirements of parallel intelligent computing.

This defect can barely be supported in ordinary intelligent applications, but if it is in the state of high electromagnetic interference and high instantaneous parallel requests on the battlefield, it is easy to cause "brain burning" situations.

For military supplies, this is a fatal flaw!
Li Tang applied the computer software technology from space-time memory to the artificial intelligence Zero, but obviously the hardware did not keep up.

Now, the problem has been exposed.

Of course there is a solution. It is best to directly adopt quantum chip technology, which is the best chip technology for parallel processing calculations.

It’s a pity that with the current level of productivity in time and space, there are still many prerequisites that have not been met. It is too difficult to have them in the short term!

Fortunately, in the knowledge system of space-time memory, there have been several transitional chip technologies between silicon-based chips and quantum chips.

The chip technology that can be implemented in the shortest time and is compatible with existing software and hardware is carbon nanotube chip technology.

Carbon nanotubes were discovered in 1991. After nearly three decades of research, it was found that they have better semiconductor properties than silicon-based materials.

Especially in terms of high mobility, nanosize, flexibility, permeability and biocompatibility.

These excellent properties mean that carbon-based integrated circuits will have the advantages of high speed, high energy efficiency, and radiation resistance.

After combining the knowledge in his space-time memory, Li Tang used a magnetophase instrument to produce carbon nanotube materials with even better performance, which can be manufactured on a large scale at low cost.

Using this material, under a special series of catalyst process technologies, field effect transistors can be grown on carbon nanotubes, thus forming a three-dimensional distribution of transistors.

By adopting the Tangxin array architecture that Li Tang had previously used in supercomputing servers to layout carbon nanotubes and using graphene film packaging technology, a new carbon chip can be manufactured.

This chip is extremely powerful and can integrate the functions of silicon-based chip CPU and GPU and adapt to the operation of artificial intelligence.

It can be called the first generation of perfect artificial intelligence chip technology.

The key to this technology is to create new carbon nanotube materials and a corresponding series of catalysts.

Catalysts are not a problem, as the complete formula and industrial preparation process are already in memory.

Large-scale production of new carbon nanotube materials requires the use of an instrument - a magnetophase analyzer.

This instrument also happens to be the bottleneck that has blocked the production of new lithium crystalline solid battery materials.

It seems that we must break through the research and development and manufacturing of this equipment in the shortest possible time. Otherwise, not only will it be impossible to manufacture carbon chips, but it will also be difficult to have a humanoid robot with long battery life.

It’s just that the precision requirements for this instrument are too high. Now, after the first iteration of Zero, the Zero-generation series of CNC machine tools has surpassed the current five-axis high-end CNC machine tools and achieved a cutting accuracy of 50 nanometers.

However, it still could not produce the core components of the magnetometer that met the requirements.

The first generation of magnetometers can only be produced after the second iteration is completed.

Fortunately, this is Zero's job, and it can be delivered on time as long as the time comes.

The most urgent thing now is the realization of a series of catalyst materials. This tedious task still falls on the shoulders of Chen Xue and his research institute on materials.

As expected, any technological advancement begins with the advancement of materials!

The company's future expansion must give preferential support to the Materials Research Institute. Sister Xiao Lan, who is in charge of administrative personnel, must quickly find a way to recruit some strong people in the materials field.

Of course, I also need to speed up the training of Chen Xue and others.

Do it when you think of it!

The management meeting that was originally scheduled to be held was postponed to Monday. Li Tang went directly to Chen Xue and called all seven researchers under her to start the class.

Li Tang was in a state of urgency, and he poured out a lot of material preparation knowledge from his memory of time and space. After just over an hour, he was so thirsty that his mouth was dry.

When he stopped to drink water, Chen Xue and others swarmed over and started asking questions.

"Dean, I don't understand. What you mean by temperature controlling molecules..."

"Dean, can you tell me more about the control of the magnetic field on the lattice?"

"Dean, how does catalyst A resist condensation at low temperatures?"

"Dean..."

"Dean..."

……

"Stop, stop, stop! One by one!"

Li Tang began to answer questions one by one.

"Isn't it obvious..."

"The magnetic field deflection angle is very important. How is it controlled? I just talked about it..."

"Why don't you understand? I'll say it again, at low temperatures..."

In the process of explaining one by one, countless questions popped up at Li Tang, who had never taught students before. For the first time, Li Tang, who had never taught students before, realized that teaching was really a maddening thing.

It’s obviously very simple!

Everything has been explained clearly, because...so...then...it's done!
Why didn’t you understand?
Li Tang once heard that some parents would go crazy when teaching their elementary school children to do homework, but he thought it was too exaggerated.

Unexpectedly, even though he was teaching a group of people whose minimum educational level was a master's degree, there would be moments when he could go crazy.

Chen Xue asked the last question, and the result was the same as that of the previous subordinates: no one understood.

"Dean, how about I...think about it...on my own?"

While blaming herself for her stupidity, she looked at Li Tang's dark face and her voice became lower and lower.

The air pressure in the entire materials laboratory was now frighteningly low.

Li Tang took a few deep breaths and slowly calmed down his crazy emotions.

"No, that's not right! I remember last time I explained to them the three material preparation processes related to the robot arm, they easily accepted the new knowledge!"

Li Tang was in deep thought, quickly recalling the situation at that time in his mind.

It was like a flash of lightning that suddenly passed through my mind.

"Oh my god! I was using hypnosis without even realizing it?
So, they listened attentively at that time, as if they were being instructed by a mentor. Was it actually the buff brought by hypnosis? "

The reason why I didn’t enter the unconscious hypnotic state today was probably because I was in a hurry to output a lot of new knowledge right from the start.

Looking at the people in front of me at this moment, they have guilty, uneasy, ashamed and other expressions on their faces.

Li Tang couldn't help but said in a deep voice: "You all take a deep breath now, slow down your mood, and empty your mind..."

Chen Xue and others thought that this was Li Tang's way of helping them calm down, so they did as he said naturally.

Soon, they felt themselves entering a state of tranquility and emptiness.

At this moment, the dean's voice sounded, and the knowledge just now entered the brain from the ears again.

It’s like an epiphany!
　Dear book friends, please give some monthly tickets to encourage me so that I can get into the next round of recommendations!

　　
　
(End of this chapter)