It can be said that for Zhumeng Group, improving the finishing capability of smaller scales is the basis for improving the group's overall manufacturing capability.

As of now, the fluctuating oven technology is the cornerstone of the processing of graphene materials and graphene composite materials of Zhumeng Group.

If you want to make a big improvement, it is not enough to build a larger intelligent machining center. After all, the current machining center can fully provide equipment processing facilities such as the Yi Shenhao.

It is obvious that improving the finishing capability on a smaller scale is the correct way to improve the overall strength of Zhumeng Group.

This does not mean that there is no other way, but that this is the most familiar branch of the science and technology tree with the most comprehensive knowledge reserves, and it is also the most suitable direction to improve.

After all, you can’t give up this advantage and create a new pit.

If graphene electrode material and solar panel plating are paper-making, and carbon-based chips are painted on paper while making paper, then where is the new breakthrough point?

Research the ability to paint more carefully?

Compared with Zhumeng Group's technical reserves in this area, this is no longer a research, but just an optimization, as long as you continue to seek the degree of refinement of processing equipment.

Weng Xingchen no longer needs to worry about this aspect. There is a dedicated team responsible for this research. After all, this kind of optimization research is most suitable for scientific researchers with less innovative capabilities.

Weng Xingchen has been looking for a way to improve fluctuating oven technology as the most possible way, or to subvert fluctuating oven technology from the root and create a more precise carbon-based material.

At the beginning, he had no idea about this.

Because the processing process of graphene materials is very similar to the use of ancient methods to make a piece of paper, it is deposited into a special mold with uniform pulp, and after "drying", it is obtained with a piece of paper or a special piece of graphene material.

The carbon-based chip is just to directly print the circuit diagram before the graphene paper is dried.

Traditional silicon-based chips are engraving by lithography machines, while the core processing technology of carbon-based chips is printing, which is a processing method formed by changing the state of local carbon elements.

This change is also based on the principle of graphene preparation, and is achieved by acting on both sides of the material in a high-temperature environment at the same time.

So the fluctuating oven is named, but it is difficult for this technology to improve the precision.

At this stage, major companies that have joined carbon-based chip production companies, including Sunflower Group and Hongdou Group, all focus on optimizing carbon-based chip circuit design.

After all, compared with the performance of carbon-based chips, the computing power of ten-nanometer carbon-based chips is already sufficient in the field of commercial chips.

But Weng Xingchen did not give up on this research.

It can be said that Zhumeng Group's computing power, carbon-based material processing and other fields are currently limited to this basic technology. As a high-level node, he has to face this problem.

Unless there is another new member of the group, it has developed a technology that is more awesome than the fluctuating oven technology in other technology branches.

But it is obvious that there are newcomers like this in the group for the time being.

So, Weng Xingchen is leading the relevant team to continuously explore and research the technology tree branch of carbon-based materials.

He had no idea about new explorations in this field at the beginning.

It was not until Qi Yi made a breakthrough in the field of light fields later.

Light field imaging is nothing more than a refined control of the light waves generated by multi-angle light sources.

The wave oven uses an electronic tunnel microscope to depict a special printing plate, and then through intelligent electric wave control, the graphene material is evenly covered on the printing plate, and a polymerization effect is generated in the ‘negative’ part.

Now with the strengthening of Zhumeng Group's intelligent manufacturing capabilities, the problem of uniform and continuous graphene layer has been solved, that is, Zhumeng Group can already create perfect 'paper'.

Inspired by Qi Yi's light field control principle, Weng Xingchen thought of doing more refined things directly on this piece of paper, and even used an electron tunneling microscope to perform atomic level control.

The principle of operating atoms in tunnel electron microscopes is nothing more than the control of electron beams.

Can the multi-light source light field control technology of that light field imager be used without using it on electron beams, and improve the control ability of the electron beam through the combination of multiple electron beams?

This is a very simple question, because it is completely feasible in theory.

However, if such equipment is really built, then the finishing of graphene materials, that is, the processing of carbon-based chips, will change from "printing painting" to "sand painting".

Although this kind of sand will be more subtle and will definitely greatly improve its processing accuracy, its efficiency will be greatly reduced.

Because he studied light field imagers, he often discussed these technical problems with Qi Yi in order to gain inspiration.

Qi Yi did not let down his name as a genius, and he really thought of a solution for Weng Xingchen.

According to Qi Yi's meaning, since you can draw with small particles on paper, why not just use these different small particles to aggregate them into paintings? Why are you always limited to paper?

Isn't it enough to break the paper itself into small particles, and when needed, it's enough to distinguish the lines of the drawing?

Anyway, it is all intelligent atomic finishing, so there is no need to consider a layer of graphene substrate.

You only need to add graphene material to a specific position in the circuit diagram, so as not to minimize the size of the cost chip. By greatly increasing the length of the circuit on the circuit diagram, the circuit diagram operation efficiency reaches its limit.

That is to minimize the power consumption of carbon-based chips and improve their operating efficiency.

After hearing this, Weng Xingchen felt like the chaos in his mind was split open by a magic axe. In an instant, the clear and turbid return to his position, and a new world suddenly appeared in his mind.

At that time, Weng Xingchen patted Qi Yi's shoulder hard, like a slap in his enemy to show his inner excitement. Then he hurried back to the laboratory, leaving Qi Yi to rub his arms while shouting and scolding him.

Qi Yi's physical condition is indeed good, but unfortunately, he has not yet practiced to the level of muscles and bones, and his shoulders have been beaten red by Weng Xingchen.

Weng Xingchen was in the laboratory for most of the day before he initially sorted out a general plan, but Qi Yi pulled him out again.

Of course, this is not deliberate revenge.

Even Weng Xingchen, whose thoughts were interrupted, knew that even if Qi Yi wanted to revenge on his prank, he would not take this method.

As soon as Qi Yi spoke, Weng Xingchen was stunned.

Later he realized that this was revenge, this was revenge.

Qi Yi was planning to pull Weng Xingchen up another road, pull down the bright road of carbon-based chips, and pull up another path of invisible light.
Chapter completed!