After Chen Xuezhu and others left the transformation laboratory, they returned to the conference room to continue discussing the design plan of the lithography machine.

Of course, what they are currently developing is only a DUV lithography machine. There is no way to study the Evu lithography machine before solving the light source.

After all, if the most core things have not been developed yet, how can we achieve the next step?

A group of old men over fifty were sitting in the office holding thermos cups and discussing non-stop.

"Lao Cai, Lao Zhang, I think we can design the lithography machine calibration system into a dual calibration system.

While the photolithography machine is exposing, another wafer is calibrated.

This can greatly shorten the calibration time of the wafer." Jiang Honghao said.

Jiang Honghao has never been back since he came from Shanghai last year.

Many valuable solutions have been put forward when designing the framework of the lithography machine.

Of course, Jiang Honghao’s participation in the research and development of photolithography machines was not for nothing.

Eventually, they will receive certain shares based on their contribution to the research and development of lithography machines.

This is also the reason why Modu Microelectronics never let him go back.

They don't suffer from this kind of joint research.

"Xiao Jiang's proposal is very good. Although it will increase the difficulty of developing photolithography machines, it can greatly improve the efficiency of photolithography machines.

If we adopt the dual calibration platform solution, we can save at least 78 seconds of calibration time." Jiang Shangyi said.

"But this will greatly delay the development of photolithography machines." Li Sanxi said.

Li Sanxi is one of the deputy directors of Changchun Institute of Optics and Mechanics.

That's right, it's one of them.

Changchun Institute of Optics and Mechanics has a total of six deputy directors.

"We reserve space first and install the single inspection system first. After the dual inspection system is solved, we will add another system." Chen Xuezu thought for a while and said.

"Old Chen, this thing can't be installed as soon as it is installed. If something happens, the entire lithography machine needs to be re-inspected.

This is more complicated than reassembling a photolithography machine," Wan Dianhua said.

The white-haired Wan Dianhua is also one of the deputy directors of the Institute of Optics and Mechanics.

“This kind of thing needs to be known after actual operation, even if there is no way to install a new calibration system later.

This design will not increase our costs much.

But once this method is successful, there will be room for improvement in the photolithography machines we manufacture.

I think we design the lithography machine as a building block.

In this way, the cost of updating the lithography machine will be reduced a lot." Chen Xuezu said.

"Old Chen, your idea is very good, but it is unrealistic. Nikon has already studied this method.

This method requires very high accuracy of the equipment, and it also requires the equipment to have very strong earthquake resistance.

If you are not careful, you need to do a comprehensive inspection.

The most critical issue is that all parts need to set a unified standard.

This method may not be possible for ten or eight years, but we can set up an additional team for research and development.

What if it really succeeds?" Jiang Shangyi smiled.

Everyone present nodded when they heard his words.

What if it really succeeds?

If it doesn't work out, the most you can do is spend a little more money.

Starting from this year, Kirin will provide them with R&D funding of one billion yuan every year. If the R&D funding is not enough, you can apply to Kirin again.

As the saying goes, don't panic when you have food in hand.

But if they didn't dare to do this last year, the R&D fee given by Kirin last year was much less.

...

Lighthouse Country March 12, 2006

The share price of 3M Group jumped 14 percentage points higher during the Nasdaq call auction.

Small investors and some Wall Street institutions are confused.

What the hell is going on?

"Does anyone know why 3m has risen so sharply?"

"If I knew, would I still be chatting with you here?"

"Could it be that 3M has developed some black technology?"

"What kind of black technology can a 3M person who studies tapes and films develop? Big brother, aren't you kidding me?"

"Brother upstairs, do you have any misunderstanding about 3m? Many of 3m's products are used in high technology.

They don't just develop tapes and films.

In the 1990s, 3M developed a series of innovative products, including immune response modifiers, brightness-enhancing films for electronic displays, and flexible circuits for inkjet printers, mobile phones and other electronic devices.

In recent years, 3m has developed Post-it super sticky sticky notes, Scotch transparent duct tape, optical films for LCD TVs and new Scotch-Brite cleaning products.

Last year’s annual turnover was as high as 20 billion U.S. dollars. It’s strange that you can’t lose money just by investing in stocks without knowing these things.”

"Damn it, is 3m so awesome?"

"This is the first time I've heard that 3m has so many high-tech products."

"It's strange that you guys like you can't lose money by trading in the stock market."

...

While everyone was talking about it, 3m held a new product launch conference at the Grand Theater in St. Paul, Minnesota.

mate hosted the live broadcast of this press conference.

At this time, the opening remarks of the press conference have ended.

3M President Mike Jacks is about to introduce their new products to everyone.

“I believe everyone knows about graphene, a super material, and companies around the world are researching it.

It is naturally impossible for 3M Group to miss this feast.

After a year of research and spending nearly $700 million, our project finally developed a super thin film using graphene as raw material.

I believe everyone knows that in the summer, after parking a car outdoors for a period of time, the temperature inside and outside the car can cook a steak.

At this time, if you put the graphene film we developed on your car, the temperature inside and outside the car will drop from a high temperature of 60 degrees to below 40 degrees.

Because our graphene super film can block 99% of ultraviolet rays.

In addition to cooling and isolating ultraviolet rays, our graphene super film can also provide a certain thermal insulation effect for your car.

After applying the graphene film to the car, we conducted a simulation test of its actual effect. We drove the car into a cold storage at minus 18 degrees Celsius. The temperature inside the car was five degrees higher than that of the car without the super film.

I believe many reporter friends present will say, I can solve the problem by just turning on the air conditioner, so why should I put on such an expensive high-tech film?

After applying our film, the air conditioner does not need to be turned up to the maximum, which can reduce car fuel consumption.

Our films can save your car a lifetime of fuel consumption.

The gas money saved is enough to put films on five cars, because the price of graphene super film is not expensive, and its price is much cheaper than you think.

Of course, in addition to these functions, I believe many women really need this film.
Chapter completed!