The difficulty lies in recycling.

The Trail Blazers Rockets chose to use the same recycling method as the Tamron Rockets, which is used to revive speed sails.

However, the Tenglong Rocket is dynamically recycled by Shenlong.

The Trail Blazers Rockets use automatic programs to recover linearly.

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

The Trail Blazers use pre-set scripts.

The situation facing the Rockets in outer space may change rapidly.

How could it be solved by preset scripts!

The experts at Nass were worried from the initial recovery of various data from the Trail Blazers Rockets.

The Rockets are not controlled at all and are moving towards other orbits.

Instead, it runs farther and farther.

Even ran into the Atlantic Ocean.

Due to the inability to effectively control the Trail Blazers Rockets routes.

Nass can only blow up the rocket and fall into the Atlantic Ocean.

Launch failed.

Related news spread all over the world.

Of course, netizens from Milianfang were very disappointed.

Unexpectedly, the first Carmen line recycling failed.

On the contrary, Longhan Technology's first Carmen line recycling was successful.

Almost a verdict.

...

July.

The third generation of Shenlong quantum computer has completed research and development.

The qubits exceeded 2,000.

With the significant improvement in performance.

The quantum algorithm capabilities of various projects of Longhan Technology have been greatly improved.

The weather forecast can even simulate the weather forecast in two months.

After all, as the time of simulated weather increases, the calculation volume increases exponentially.

But Su Han thinks this is useless.

It's enough to simulate for one month.

Whether it is a two-month or three-month simulation, it is a waste of computing power.

After the 5g technology is launched, autonomous driving can already cope with the massive computing demand caused by almost all electric vehicles around the world on the road at the same time, and also make autonomous driving safer.

Of course, cracking bank passwords is almost millisecond-level cracking.

The global bank cryptography system is almost useless in front of Su Han.

Of course, Su Han couldn't cause trouble to tell this matter out.

After all, global financial stability is also very important to Su Han.

Of course with the iteration of two thousand qubit computers.

Su Han has been able to use quantum-level computers to simulate more problems.

Although quantum computers are relatively powerful, they still need classic computers as auxiliary.

Because quantum-level computers are answers generated for specific algorithms.

When new requirements arise, new algorithms must be designed.

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

It's like a person is good at asking questions, but he is tricky but cannot answer them.

But the other person is good at giving answers, but he does not ask questions himself.

Basically, each performs its own duties.

Su Han now has a large quantum computing surplus.

The most cost-effective thing is of course to propose various algorithms and then sell these computing power.

But Su Han didn't want to do this.

Because no matter what algorithm is, it will greatly improve global computing power.

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

And it is not a small improvement, it is a big improvement.

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

Then wouldn't I shoot myself in the foot?

So these algorithms can only be used by themselves.

No matter what, it cannot be used by others.

And many algorithms should be as low-key as possible.

If the country knows that it has many algorithms to find it.

It’s not good to give it or not.

Since that's the case, it's better not to have it.

Isn't it better to use it secretly when you want to use it?

Thinking of this, Su Han decided to deal with the algorithms of quantum computers in the future.

...

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

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

After all, quantum computers are born enemies of cryptocurrencies.

And the statement about quantum decryption is also rampant.

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

Isn't it easier to calculate the bank password?

Of course, the official units in China also have this concern.

Found Su Han and asked questions about the password.

Of course, Su Han couldn't admit it.

Just said no.

If the country wants relevant algorithms, it can develop them.

Of course, the country cannot ask for such things.

However, Su Han still made a tactful suggestion that it is best to promote quantum encryption communication technology to the whole country as soon as possible.

Because with the advancement of quantum computer technology.

Password cracking is only a matter of time.

In fact, Su Han's meaning is clear.

Of course the country understands it too.

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

I believe it will be able to be promoted nationwide soon.

...

August.

The design of Shenlong fifth generation supercomputer has been completed.

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

The computing power has exceeded 10 billion times.

The speed is nearly eight times higher than that of the fourth generation of the Shenlong.

In fact, the Shenlong Supercomputer at this time cannot use such a lot of computing power.
To be continued...