Shenhao: Trillion Subsidy At The Beginning

After Lin Mo finished speaking, he and Meng Qingzhou went to the office together.

office.

Lin Mo started to ask.

After Meng Qingzhou finished speaking, Lin Mo also understood the specific situation.

Currently, more than 50 talents have gathered in the institute.

Without exception, these people have a minimum of two to three years of work experience.

and.

This is also just right.

It is what Lin Mo needs, a real talent who can lead the team.

And this influx of talent.

It is bound to greatly promote the official formation of Lin Mo's research institute.

Next, the only problem is to recruit some part-time workers.

After the part-time interns are recruited.

Basically, split into groups.

Then, an old man leads three to five newcomers.

As for those with five or six years of work experience, it is to bring a few experimental groups.

Such a structure down.

Coupled with Meng Qingzhou, the big bosses in the professional field, and the control of talents.

no doubt.

That is the laboratory, a direct take-off.

As for Lin Mo's original consideration, Yanda, the resumption of diplomatic relations, the talents in the laboratories of these top universities.

That is a backup resource.

It is best to fight for it and find one or two.

If you can't dig it.

For myself, there is actually nothing to lose.

after all.

In fact, his own team has already taken shape.

These people are the icing on the cake.

It doesn't matter if you don't come.

And Lin Mo is confident.

Just my current salary, plus various BUFFs in my laboratory.

It is definitely able to attract talents!

Moreover, it is absolutely possible to come up with a real, top-notch chip!

even......

It's possible to come up with a photonic chip!

The so-called photonic chip is something different from an electronic chip.

At present, all chips can be said to be in the category of electronic chips.

Electronic chips are the market leader.

but.

There is a very crucial question here.

The development of technology using electrons as a carrier has approached the physical limit.

Integrated circuits are based on silicon, and when the process drops below 7 nanometers, it is difficult to control the electrons perfectly.

Even if it is a certain semiconductor, although it is said that it can achieve 3nm.

But actually?

In fact, many people have already judged that in 2030, electronic chips will reach their limit.

The second is that when the size of the electronic chip is reduced to the extreme, there will be a "power consumption wall" problem.

The so-called power consumption wall.

That is, the maximum power consumption of the CPU.

Once the limit of this power consumption wall is reached, then it is faced with frequency reduction.

Another point is that while the performance of electronic chips is improving, the cost performance is decreasing.

For example, some current 5nm chips cost eight times as much as 28nm chips!

However, the design cost of a more complex GAA structure will only be higher, which is only a design link in chip design, manufacturing, packaging, and testing.

but......

These problems are in front of photonic chips.

That's not a problem!

Photonic chips have an extremely high speed when transmitting information.

The performance can reach hundreds of times that of electronic chips!

Moreover, photons have an extremely high information capacity, which is 3 to 4 orders of magnitude higher than that of electrons.

And most importantly, photons have extremely strong storage and computing capabilities, and can perform ultra-low-energy calculations at the speed of light, which is far beyond the reach of electronic chips.

Moreover, if the technical route based on photonic chips is theoretically expected to reduce the energy consumption of the digital industry to one-thousandth of that of electronic chips.

Therefore, the significance of photonic chips is far greater than that of electronic chips.

Even if the optical word chip is produced, it will become a new industrial reform.

Will enter a new technological heights!

but......

The only problem is that the industrial difficulty of photonic chips is several times, even hundreds of times, that of electronic chips!

The concept of photonic chips has been proposed since the 1980s.

And electronic chips are actually a pair of twin brothers.

but......

It is because of technical problems that photonic chips have not been able to come out.

The reason is that it appears on the transistor.

A transistor is an electronically controlled switch that can easily use one or more voltage signals to generate another signal, thus forming an ever-changing analog and digital circuit.

The light-controlled switch has been unable to achieve, resulting in the photonic transistor, has been unable to achieve.

Until 2016, a research team at MIT created the first optical system.

On the hardware, the optical interferometer is used as the basic matrix operation unit to effectively replace the electric transistor.

Algorithms have developed a series of algorithms that can effectively reduce the amount of deep learning calculations and adapt to photonic chips without sacrificing performance.

It was also from this time that photonic chips entered everyone's field of vision again.

However, even so.

Lin Mo is still confident that he can get the photonic chip out for him.

There is no other reason...

Of the research institutes all over the world, who dares to say that they are richer than Lin Mo's research institute?

Even if you are really richer than me.

That......

No matter how awesome you are, if you can do it, I'm a cheater?

Lin Mo's heart felt dark.

after all......

If you cheat by yourself, can you still beat a group of people who don't cheat?

funny!

With this in mind, Lin Mo looked calm.

There is no slightest disturbance.

Afterwards, Lin Mo remained calm and turned on the phone.

Then the BUFF card was used up.

At the same time, he was also calm, thinking about what he wanted to do with photonic chips.

Talk to Meng Qingzhou.

Regarding this, Meng Qingzhou also has some headaches.

Photonic chip...

How can it be so easy?

If only it were that easy...

It's not like, a bunch of bigwigs have spent their whole life, but they can't get it out...

but......

Just look at the situation in the past two years.

Although the concept of photonic chips is tepid in Shenhua.

But in fact, in the international academic circle.

They all pay more attention to this issue, and Shenhua's academic and official circles also pay attention to this matter.

"Okay! I understand, Director Lin!"

After saying this, the thinking breakthrough BUFF was also posted on Meng Qingzhou's body.

Lin Mo also nodded, and said: "Well, during this period of time, after working hard, you will not have to work so hard when you turn back to the civilian staff, and you will be able to control and be responsible for the general direction at that time."

"Yes!" Meng Qingzhou nodded, but also a little moved.

Lin Mo believes in himself so much, he meets such a good boss...

Really, it can be said that Sansheng is lucky!