However, this state is not very stable, as long as the spirit is slightly weakened, it will get out of that state, and if you want to enter it again, you need to brew again, and it will take time to do it.

Moreover, this kind of spiritual power can not only see but also hear within a certain range, and the closer you hear, the clearer it is.

With a detection range of thirty meters, the sound can only be heard within ten meters.

However, if you want to use force, you need to be closer.

The limit distance for Su Han to use force is now in the range of three meters.

The closer you are, the stronger you are.

Within a meter, Su Han was already able to hold up a piece of paper.

Within ten centimeters, Su Han could even suck a cup into his hand.

It's like a legendary anomaly.

For Su Han, it can be regarded as opening the door to a new world.

Naturally, he also had fun with it.

Of course, what Su Han is most concerned about now is whether or not he is using this power in his own body.

If so, how can you get the power you need?

It can even control the degree of aging.

That was the answer he was looking for.

……

May.

The Golden Dragon spacecraft is to undergo a two-stage rocket recovery test.

At the same time, it is also necessary to carry the simulant to do the simulant experiment.

It is also necessary to carry out animal and plant experiments on some plants and mice.

Although Haohan has now completed many times of second-stage rocket recovery.

But the manned spacecraft has not done any experiments.

Naturally, you have to do the foreshadowing in advance.

The Golden Dragon verification spacecraft was successfully lifted off.

The first stage of the rocket was successfully recovered.

The Golden Dragon spacecraft needs to fly around the earth to verify various data.

It took a week before the recycling process began.

The recovery process of the Golden Dragon is shorter than that of the cargo spacecraft.

The main thing is that the ship carried part of the deceleration fuel.

So it takes two days to complete the recycling.

Su Han came to the base on the day of the recovery.

Watch the rocket recovery.

The landing process of the Golden Dragon is the same as that of an ordinary two-stage rocket.

See the Golden Dragon land smoothly.

The corners of Su Han's mouth also smiled.

The staff in the control hall will also be excited.

Completed the recovery of the second stage rocket of the Golden Dragon.

It proves that Haohan has all the prerequisites for a manned spacewalk.

Spacewalks are only a matter of time.

Of course, one test is not enough.

It takes several rounds of recycling.

Haohan now has two Golden Dragon spacecraft.

Almost alternate experiments.

For a whole month.

Haohan Company has carried out six recovery works of the Golden Dragon before and after.

The next day is to wait for the official launch schedule.

……

June.

The final selection of astronauts began.

Among the ten candidate astronauts.

Only two people are eligible to be the astronauts selected this time.

Although these two people are not the first astronauts in China to go into space.

But he was an astronaut at the world's first commercial rocket company.

So these two people will also leave their names in the history of human space development.

After almost a week of competition.

In the end, a man and a woman became the final candidates.

The man's name is Geng Qing.

The woman's name is Wei Huamei.

Haohan Company did not officially announce this matter.

lest announcing the involvement of the media too early would have an impact on the two.

……

Haohan's spacewalk rocket launch mission has also begun to be officially scheduled.

The launch is finally scheduled for September.

……

June.

Just as the vast company waited for its first spacewalk mission.

The quantum computer team of the Hanlin Academy took the lead.

Completed the first quantum computer prototype of all mankind: the S1 prototype of Shenglong Quantum Supercomputing.

The S1 prototype of Shenglong Quantum Supercomputing has successfully built 76 qubits.

It only takes 200 seconds to solve a Gaussian Boson sample of 50 million samples.

And now the world's first meter federated supercomputing titan, if you want to ask for the same answer, it will take 24 billion years.

Su Han was of course very happy to know the news.

Su Han knows better than anyone how important quantum computers are to him.

Although the Shenlong quantum supercomputer only has seventy-six qubits.

But it's more than enough to solve certain problems.

And this particular problem that Suhan is talking about is not Gaussian Boson sampling.

This question includes a lot of questions.

Among them, Su Han values the quantum algorithm of weather forecasting the most.

In fact, major countries now have special supercomputers for simulating weather forecasts.

It is used as an important basis for future weather trends.

But even supercomputing cannot predict 100% accurate weather forecasts.

A prediction accuracy of 70 or 80 percent within 24 hours is already very accurate.

Of course, this accuracy is combined with regional weather forecast data.

Fifty percent accuracy with a supercomputer alone would be good.

After all, weather change is a nonlinear concept and a type of chaotic state.

In this case, it is almost impossible to accurately predict the weather forecast with classical computers.

But quantum computers are different.

Nonlinear mathematics and random operations are the strengths of quantum computers.

This is also the reason why Gaussian Boson sampling quantum computers almost beat classical computers in an instant.

In Su Han's brain, there is a set of quantum algorithms specially applied to weather forecasting.

Paired with a supercomputer and a quantum computer.

This algorithm can improve the accuracy of weather forecasts within 24 hours to more than 99%.

engulf

This is very important to Su Han.

Although Shenlong now has a computing power of 100 capitals, it is a bit powerless to distribute it to the world.

Although there are a large number of cloud computing chips in the world to replace Shenlong to share computing power.

However, it still needs the support of Shenlong's core computing power.

At present, Longhan Technology's products need hundreds of millions of computing power support every day in the world.

A little adds up.

No matter how strong Shenlong's computing power is, it can't support the global demand for computing power.

Among them, the greatest demand for Shenlong computing power is Haohan Company and Tianlong Company.

Whether it is rocket launch and recovery, or Tianlong's satellites flying back and forth in the sky, Shenlong needs to simulate and control it through computing power, and a slight failure to calculate may cause serious consequences.

The calculation of various climates and air currents is the most computing power-intensive.

Because this kind of random calculation belongs to the chaotic state.

These computing power consumption naturally wasted a lot of Shenlong's energy.

The point is that it's not okay yet.

Especially when the rocket is recycled, the computing power is a little bit unable to keep up, which may cause big problems.

But now with quantum computers, it's very different.

For the solution of some airflow problems, Shenlong only needs to input the requirements and algorithms into the quantum computer, and the answer can be solved in an instant.

In this way, Shenlong can change from primary computing power to auxiliary computing power on specific problems.