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

Chapter 824

Huh...

After reading the entire letter from Xu Hao, the head of the Dragon State took a short breath.

At this moment, even his heart could not be as calm as before.

Because whether the things recorded in this envelope appear.

It will determine the overall direction of Dragon State and the world.

Different from the nuclear missile, the first large-scale mass killer in human history.

Because of its high cost and extremely complex principles.

Even in today's era of advanced technology, few countries want to manufacture such a killer.

Because they know that in this era.

Once a country takes the lead in using nuclear missiles, it will only cause human civilization to perish in a short time.

But the concept of full nuclearization mentioned by Xu Hao is very different from traditional nuclear weapons.

The so-called reactor is used to adjust the power of nuclear energy.

Although it has to be admitted that this technology can indeed make Dragon State at the forefront of the world.

But precisely because of the existence of the reactor, compared with the traditional nuclear series of weapons, the damage and impact on society and the country are greater.

At this moment, the head of Longguo was at a loss for a moment.

At least.

In his opinion.

Longguo can deeply master and study this technology in a short period of time.

But there must not be any related scientific research products.

However, all this.

The head of Longguo is not ready to tell anyone else the contents of the envelope.

Because he believes that at least from now to a long period of time after the end of the International Semiconductor Competition.

Longguo is in a relatively stable state.

The entire international situation will also be relatively stable.

And if in-depth research on full nuclearization is really to be carried out.

In the eyes of the head of Longguo, the indispensable person is naturally Xu Hao.

So there is no rush to do too much research on this technology at the moment.

However, the concept of full nuclearization proposed by Xu Hao.

It also made the top leaders of Longguo feel a little relieved.

After all, if this full nuclearization can become Longguo's trump card, it will not be afraid of any group provocation of any country or size.

Because in the face of the technology of full nuclearization, ordinary missiles and weapons are like the spears and swords of primitive people.

This can be said to be a technology for dimensionality reduction strikes against any country today.

If this technology is really realized in the future, it will be enough to make Longguo the forefront of any country for a long time.

...

On the other side.

With the completion of the controlled nuclear fusion fighter project.

The concept of full nuclearization is conveyed.

Xu Hao is also fully committed to the research of quantum technology and room-temperature superconducting technology.

Compared with the more difficult quantum technology.

Xu Hao took the lead in the research of room-temperature superconducting technology.

However, even if the difficulty of realizing room-temperature superconducting technology is much lower than the experimental difficulty of quantum technology.

But room-temperature superconducting technology is for the current era of nuclear energy.

It can be more diversified from another aspect to strengthen the current science and technology in all aspects.

The impact brought about is absolutely great at this stage.

But it is not a simple matter to realize room-temperature superconducting technology.

To achieve room-temperature superconductivity, Xu Hao knew that he first needed to understand the scientific principles of the superconductivity phenomenon.

Superconductivity refers to the phenomenon that the resistance of a material suddenly drops to zero under certain low temperature conditions, which means that current can flow without energy loss.

However, to achieve superconductivity at room temperature, which is actually superconductivity at normal temperature, Xu Hao must overcome several major challenges.

First, Xu Hao needs to find materials that can achieve superconductivity at room temperature.

However, as far as Xu Hao knows, the currently known room-temperature superconducting materials are very limited, and their superconducting transition temperatures are relatively low.

Even though many researchers today have conducted great research on this, they have conducted a lot of experiments, calculations and theoretical research.

Although materials that may have high-temperature superconducting properties have been identified.

It's just that this may require the exploration of new compounds or structures, and these materials must be able to form the electron pairing required for superconductivity at higher temperatures.

This gives Xu Hao a headache.

But Xu Hao will naturally not rush for success.

After all, researchers from so many countries have conducted in-depth research on this over the years.

But so far, no country has made a breakthrough in this regard.

So this process is a gradual process in Xu Hao's view.

It must not be taken lightly.and impatient.

After all, now is a process of doing a good job in the theoretical research of room-temperature superconductivity.

It is equivalent to laying a good foundation for the application of room-temperature superconductivity technology in the future.

Thinking of this.

Xu Hao did not hesitate.

He continued to study room-temperature superconductivity technology.

Xu Hao knew.

The preparation and processing of room-temperature superconducting materials is also an important problem.

Currently known high-temperature superconducting materials are usually complex compounds, and their synthesis and preparation processes are very difficult.

These materials require specific synthesis conditions and strict control to ensure their structure and purity.

Therefore, after thinking for a while, Xu Hao decided that he needed to develop new materials himself at this step to reduce manufacturing costs and improve the performance of materials.

However, compared with other experts who have studied room-temperature superconductivity technology today, in their opinion, the performance of room-temperature superconducting materials also needs to be further optimized.

However, in Xu Hao's opinion, this can completely combine controlled nuclear fusion technology with it.

Thereby directly improving the current transmission capacity, magnetic field stability and loss resistance of high-temperature superconducting materials.

Longguo's leading position in controlled nuclear fusion technology is also an advantage in researching room-temperature superconducting technology that other countries do not have.

In addition.

Compared with how to make breakthroughs in room-temperature superconducting technology.

In Xu Hao's view, the most difficult thing is how to integrate room-temperature superconducting technology with current technology.

To form more advanced and perfect technical products.

This is the most difficult thing in Xu Hao's view.

However.

At present.

All this is a later story.

The most important thing at present is to make some breakthrough progress in room-temperature superconducting technology first.

This is the only way to better solve some major projects, such as the problem of lack of ideas in the fighter project.

After all, the Tianting plan has high requirements for the developed scientific and technological products.

It is to be able to have leading-level scientific and technological products in the future.

It is not that making some innovations in current scientific and technological products can become the products of the Tianting plan.

Otherwise, Xu Hao would not have tried every possible way for this.

So Xu Hao has to take advantage of this time before the three projects are completed.

Make progress in room-temperature superconducting technology as much as possible.