The difficulty lies in recycling.

The Trailblazer Rocket's chosen recovery method uses the same deceleration sail recovery method as the Tamron Rocket.

It's just that the Tenglong rocket is a dynamic recovery controlled by the dragon throughout the process.

Whereas the Trailblazer rocket is a linear recovery using an automatic program.

To put it bluntly, Tenron's rocket recycling uses artificial intelligence.

The Trail Blazer Rockets, on the other hand, use pre-programmed scripts.

The situation that rockets face in outer space can be very varied.

How can it be solved by a pre-set script!

The data from the recovery of the original Trailblazer rocket left NASS experts in a state of confusion.

The rocket is simply uncontrollable and goes to other orbits.

It's about running farther and farther.

I even ran into the Atlantic.

Due to the inability to effectively control the course of the Trailblazer rocket.

NASS can only blow up the rocket and crash into the Atlantic.

Launch failed.

The news immediately spread around the world.

Of course, the netizens of the Mi Federation were very disappointed.

Unexpectedly, the first Karman wire recycling actually failed.

On the contrary, Longhan Technology succeeded in recycling the first Karman line.

It's almost a verdict.

……

July.

The third generation of Shenlong quantum computer was developed.

The qubits exceeded 2,000.

With a significant increase in performance.

The quantum algorithm capabilities of each project of Longhan Technology have been greatly improved.

Weather forecasts can even simulate the weather forecast in two months' time.

After all, as the time to simulate the weather increases, the amount of computation increases exponentially.

However, Su Han felt that this was useless.

It's enough to be able to simulate for a month.

Whether it's two months or three months, it's a complete waste of computing power.

After the launch of 5G technology, autonomous driving can already cope with the massive computing needs caused by almost all electric vehicles on the road at the same time, and at the same time make autonomous driving safer.

Of course, cracking a bank code is almost millisecond-level cracking.

Now the global banking cryptography system is almost useless in front of Su Han.

Of course, Su Han couldn't have asked for trouble to tell him about it.

After all, global financial stability is also important to Suhan.

Of course, with the iteration of the two-thousand-qubit computer.

Su Han has been able to simulate many more problems with a quantum-scale computer.

Although quantum computers are more powerful, they still need classical computers as an aid.

This is because quantum-scale computers generate answers for specific algorithms.

When new requirements arise, new algorithms must be designed.

However, the algorithm setting still needs to be solved by classical computers.

It's like a person who is good at asking questions, but the questions are tricky and he can't answer them.

But the other person is good at giving answers, but doesn't ask questions himself.

Basically, each has its own job.

Suhan now has a large surplus of quantum computing.

The most cost-effective thing is, of course, to come up with various algorithms and then sell that computing power.

But Su Han didn't want to do that.

Because no matter what algorithm is, it will greatly improve the world's computing power.

Improving computing power is equivalent to improving the global level of science and technology.

And it's not a small increase, it's a big one.

If someone uses these algorithms to analyze rocket recycling, or to analyze their own battery composition, or to analyze new materials.

Wouldn't he be lifting a stone and shooting himself in the foot?

So these algorithms can only be used by themselves.

In any case, it should not be used by others.

And many algorithms have to be as low-key as possible.

In case the state knows that it has many algorithms to find itself.

It's not good to give it or not.

In that case, it is better to say that there is no at all.

It's good to use it secretly when you want to use it.

Thinking of this, Su Han decided to deal with the algorithm of quantum computers in a low-key manner in the future.

……

Although Longhan Technology only made a simple official announcement about the third generation of Shenlong quantum computers.

But it still has a great impact on the global cryptocurrency market.

After all, quantum computers are inherently the enemy of cryptocurrencies.

And the talk about quantum decryption is also very loud.

Longhan Technology can now even simulate weather forecasts with quantum computers.

Isn't it easier to calculate the bank password?

Of course, the official units of Huaxia State also have this concern.

Approached Su Han and asked about the password.

Of course, Su Han couldn't admit it.

Just say no.

If the country wants it, it can develop the algorithm itself.

Of course, the state can't want such a thing.

However, Su Han still suggested tactfully, it is best to promote quantum encryption communication technology to the whole country as soon as possible.

"The First Evolution"

Because with the advancement of quantum computer technology.

It's also only a matter of time before the password is cracked.

In fact, Su Han's meaning is very clear.

The state, of course, understands.

Fortunately, the country is engaged in the backbone network project of quantum encryption communication.

It is believed that it will soon be rolled out to the whole country.

……

August.

The design of the fifth generation supercomputer of Shenlong was completed.

The fifth-generation supercomputer of Shenlong uses Longhan Technology's five-nanometer process chip.

The computing power is more than 10 billion times.

The speed surpassed that of the fourth generation of Shenlong by nearly eight times.

In fact, the Shenlong supercomputer at this time could not use such a large amount of computing power at all.

Because a large number of problems are solved by quantum supercomputing.

Shenlong is responsible for the scheduling of some core studies at this time.

No matter what.

Longhan Technology has successively completed the news of quantum supercomputing and exascale classical supercomputing.

It has once again become a topic of global discussion.

It seems to be in the supercomputing area.

Longhan Technology is already a monopoly.

……

September.

Haohan is preparing to launch a second batch of mining vehicles to the moon.

It's just that this time it's a Silver Dragon rocket.

The payload of the Silver Dragon rocket reached four hundred tons.

It can carry a group of fourth-generation Mine Dragon K1 at a time, as well as a newly designed fuel robot: Burning Dragon R1.

The Burning Dragon Robot is specifically designed to fuel rockets.

In the past, the work of adding fuel was undertaken by the Mine Dragon robot.

However, due to the fact that the fuel compartment of the Mine Dragon robot is too small.

Affects the efficiency of adding.

It will also affect the gains and losses of mining.

So this time, a fuel robot was designed specifically for adding fuel.

Haohan Company launched four Silver Dragon super rockets at one time this time.

It carries a total of eighteen Mine Dragon K1 and two Burning Dragon R1.

Landing at the Star-Moon base in Antarctica.

There is also the Silver Moon base near the equator.

At that time, the number of Longhan Technology's Mine Dragon K1 robots on the moon will be thirty-four.

This will greatly increase the speed at which the vast company can gather resources on the moon.

After all, Su Han's goal is to use the resources on the moon to subsidize Earth's launches.

That's what he wants.

However, it wants to complete the supplement of the launch of the moon to the earth.

A refueling station will also be built.

Suhan plans to build a refueling station near geosynchronous orbit.

In this way, it does not matter what satellites are launched in the future.

Both can be refueled halfway.

What's more, this can greatly increase capacity.

In the future, it is not impossible to increase the payload of the Silver Dragon rocket to more than 600 tons.