Cancel my college entrance examination? The development of the sixth-generation fighter shocked the

Chapter 841

As for what the big event is, the members of the Tianting Project are not clear and it is difficult to guess.

But they know that it will definitely be a big event that will cause turmoil in countries around the world and a big event that will change the current world situation.

Before this big event comes.

What they can do and the only thing they can do is to increase their scientific research efforts and complete the Tianting Project as soon as possible.

Because only by completing the Tianting Project can Longguo have more ways to protect itself as soon as possible!

...

On the other side.

The experimental project of the 2-nanometer precision chip attack team is coming to an end.

Due to the manual of a series of related contents of the development breakthrough of the 2-nanometer precision chip provided by Xu Hao.

These experts in the field of lithography also ensured that there were no errors in the experiment.

In addition.

Due to repeated verification and multiple experiments on the contents of Xu Hao's manual.

These lithography experts can be said to have made unimaginable progress in the development of high-precision lithography machines and the theoretical system of high-precision chip development in just a few months.

This speed of progress made them feel extremely surprised and unimaginable.

You should know that the difficulty of both the development of high-precision lithography machines and the development of high-precision chips is unimaginable.

Otherwise, Longguo would not have been stuck in this aspect for so many years.

Now they have enough confidence to ensure that they are among the major semiconductor countries in Windmill Country.

In the field of high-precision lithography and high-precision chip development, they are definitely an extremely outstanding leader.

This is not conceited, because these lithography experts have been able to deal with anything with absolute ease in most cases since the first high-precision chip development project.

It is really not easy to achieve such a step in the task of tackling chips with 2 nanometer precision.

Moreover, now with the continuous improvement of their capabilities, they have enough understanding of the development of high-precision lithography machines and high-precision chips.

Therefore, they have gradually begun to reduce their dependence on Xu Hao's manual.

After all, the experts in these lithography projects know very well that as a scientific researcher, the most important thing is to ensure a sufficiently independent character.

It is absolutely impossible to rely too much on other external theoretical knowledge.

Fortunately, as they gradually reduce their dependence on Xu Hao's manual.

The 2-nanometer precision breakthrough experiment did not encounter any obstacles.

The experiment gradually came to an end.

Just as the 2-nanometer precision breakthrough experiment was about to end,

all the lithography experts present felt helpless.

At this time, the breakthrough experiment of the 2-nanometer precision chip actually had a problem.

And according to the theoretical knowledge they have now, they can't solve this problem.

This made the experts of each project team present feel extremely serious.

They also became more and more aware of the seriousness of the matter.

But with the theoretical knowledge they have now, they can't find or think of any way to solve this problem.

From this, we can see the difficulty of this problem.

There is really no way.

The experts of the lithography project present exchanged their views, ideas and opinions with each other.

But they couldn't think of any way and ideas to solve it.

However, these lithography experts did not show any signs of being stubborn on this issue.

After all, the current task is to try every possible way to solve this problem.

Soon.

Everyone took out the manual written by Xu Hao with great expectation.

"I hope that Professor Xu's manual will record the solution to this problem..."

"Professor Xu's manual can almost be said to contain all the content related to the 2-nanometer precision chip. Look for it, there must be a way!"

...

Now these lithography experts are extremely confident in Xu Hao.

When there is a problem that they cannot solve or cannot solve at all, they subconsciously think of Xu Hao's manual.

This is not because they have any dependence on Xu Hao.

It's just because this is really the only way.

When these lithography experts took out Xu Hao's manual.

Just flipping through it for a while, these lithography experts changed their serious faces and became extremely overjoyed.

"The first is the research of materials science. First, we need to find or develop new materials that can work stably at the 2-nanometer scale."

"These materials need to have excellent electrical, thermal and mechanical properties, so as to ensure the stability and reliability of the chip. "

"In addition, in the optimization of design tools, in order to design smaller and more complex circuit structures, higher-precision design software is needed. "

"These software can simulate the electronic behavior at a scale with sufficient precision, and on this basis, more effective circuits should be designed. "

There is also the need to improve the manufacturing process, which is the key to achieving a breakthrough in 2-nanometer precision chips. It is necessary to improve the process steps such as lithography, etching, and deposition to ensure that the shape and size of the material can be accurately controlled at such a small scale."

"It is necessary to use more advanced lithography machines to achieve higher precision and smaller line width."

"The most critical thing is testing and verification. After manufacturing chips with a precision of less than 2 nanometers, rigorous testing and verification are required to ensure their performance and reliability."

"This includes electrical performance testing, thermal performance testing, mechanical performance testing, etc."

...

Soon.

The lithography machines present conducted sufficiently detailed project tests on this.

Fortunately, these lithography machine experts soon discovered that the method recorded in Xu Hao's manual was indeed feasible.

The breakthrough project of 2-nanometer precision chip can also proceed smoothly.

"Huh, fortunately we have Professor Xu's manual, otherwise our project will fall into a bottleneck again."

"Thanks to Professor Xu's thoughtful consideration, otherwise, it is not surprising that we will have to trouble Professor Xu again!"

"If there is no Professor Xu, it is probably difficult for my Longguo chip to proceed smoothly like this!"

"Now that the problem has been solved, in my opinion, the breakthrough task of 2-nanometer precision chip should be completed soon!"

"I look forward to what kind of precision chip we will develop this time, and whether we can really make a breakthrough in 2-nanometer precision chip!"

...

Thinking of this.

All the experts of the lithography project present were hanging in their hearts.

Because in the final analysis.

The decisive factor that determines whether this so-called 2-nanometer precision chip breakthrough project is successful is still the final chip precision!