Super Dimension Technology Era

Zhang Houde raised his hand.

"Mr. Zhang, please speak." Gao Zhiyuan said, motioning to the staff to hand over the microphone.

Taking the microphone, Zhang Houde cleared his throat: "Mr. Gao, how does entrusting research and development work specifically?"

"I believe everyone is also very concerned about this issue. Let me talk about it in detail..." Gao Zhiyuan explained while asking the staff to send detailed cooperation templates to all the bosses present.

The cooperation template of Shenguang Instruments is actually a combination of academia, research and industry. Universities provide talents, enterprises provide funds, and the Materials Research Institute is responsible for providing equipment, venues, materials, and integrating talents.

During the cooperation, universities and scientific researchers will receive financial feedback and patent dividends; companies will obtain the right to use or use technology patents; and the Materials Research Institute will receive R\u0026D expenses, patent dividends, patent procurement expenses, talent reserves, etc.

There are three options for enterprises.

The first is to fully invest in R\u0026D projects, and the resulting patent ownership companies are equivalent to a one-time buyout.

The second is that Sisishe and the enterprise jointly invest, and the patents generated are jointly held by both parties according to the investment ratio.

The third is that Sisi Society invests its own money, and the patents generated are held by Sisi Society, but companies can pay Sisi Society for use.

There is also a common clause, that is, the patent dividend for R\u0026D personnel shall not be less than 20%. That is to say, as long as the patent is generated by materials research, all personnel involved in R\u0026D can obtain no less than 20% of the patent for a period of twenty years. Dividends.

Sisi Society has set up an internal patent website, where all patents that can be put into use and patents under research and development can be queried.

Moreover, this website can also apply for cooperative research and development and independent research and development, which is conducive to the rapid integration of various enterprises.

After reading it, a group of bosses put forward some minor opinions. This model was acceptable to everyone.

However, they don’t know how powerful computational materials science is. Under the same research and development scale, one year for Thinking Society that uses computational materials science is equivalent to one hundred years for others.

Under this circumstance, Sisi Society's Materials Research Institute can no longer be measured by conventional research and development speed.

Gao Zhiyuan saw that the discussion on materials was almost complete, so he continued to click on the next topic: "Next, let's discuss the software issue."

Most of the domestic industrial design software market is occupied by foreign companies. The same is true for professional operating software used in industrial products.

It’s not that the country doesn’t want to do research and development, but that there is no ecosystem for promotion after research and development, making it unprofitable, even though the Academy of Sciences has some relevant technologies in reserve.

But those reserve technologies are prepared to prevent foreign countries from banning them. They can only solve the problem. As for the quality problem, you can imagine.

Think Society is preparing to come up with [simulation space software] and [finite element analysis software] and open these software to internal use.

Anyway, the companies present are either holding companies of Sisishe or joint-stock companies, and they are all owned by their own people.

Of course, developing it for their use does not mean giving absolute permissions. All software backdoors and highest permissions are in the hands of Sisi Club, and this thing is connected to the internal network.

As for the operating system issue, Huang Mingzhe was already prepared. He developed a specialized industrial operating system-the adaptive operating system.

In fact, Huang Mingzhe re-adjusted it based on the industrial operating systems on the market, equipped it with a professional cloud database, and added a subroutine separated from the ghost-the automatic program matching system.

This adaptive operating system can quickly and semi-automatically adjust the system according to the device's conditions to achieve a state of perfect integration with the device.

After listening to Gao Zhiyuan's introduction, the hundreds of people present started talking. They did not expect that Sisi Society also developed industrial operating systems and industrial design software.

After the meeting.

Although each company has many doubts, the boss still has to give face.

Various companies have proposed to cooperate with the Materials Research Institute for a series of required materials research and development, and some orders have been placed for industrial design software and industrial operating systems.

…

The headquarters of Northern Huachuang is in Chaoyang District, Peking.

They focus on the development of high-temperature furnaces, etching machines, and thin film deposition machines.

As soon as Zhang Houde returned to the headquarters, he took people to the R\u0026D area. Technical executive Wang Yunshen also attended the seminar this time.

However, they are also doubtful about the technology of Shenguang Instruments and Thinking Club.

In the department responsible for software.

Five programmers and engineers from the Think Society Computer Programming Institute are helping them install the software.

The first is the Sisi Society patented technology network, followed by the Sisi Society industrial operating system - the original system, and finally the comprehensive design assistance system.

The leading engineer turned to Zhang Houde and said: "Mr. Zhang, the master copy of the operating system has been installed. Next, you have ten free generation quotas."

"I don't know, how to use this operating system?" Wang Yunshen asked quickly.

“Do you want equipment that needs to be installed?”

"Xiao Lin, tell the warehouse to bring over an etching machine."

Northern Huachuang's etching machines and China Micro Semiconductor's etching machines are not of the same type.

Etching refers to the step of selectively removing the portion of the silicon wafer that is not masked by photoresist, thereby transferring a predefined pattern to the material layer of the silicon wafer.

The current etching equipment is divided into three categories, namely dielectric etching machine, silicon etching machine, and metal etching machine. The three types account for 48%, 47%, and 5%. Dielectric etching machine and silicon etching machine are the mainstream in the market. Etching equipment.

China Micro Semiconductor's etching machines are dielectric etching machines, while Northern Huachuang's etching machines are silicon etching machines and metal etching machines.

Half an hour later, a silicon etching machine appeared in the dust-free laboratory.

The engineers from Sisi She pushed a special computer equipment and connected the data lines to the system of the silicon etching machine.

Then an operating system is copied and exported from the original mother system, and the original system of the silicon etching machine is copied. The two copies are merged together to form a professional silicon etching machine operating system.

Finally, a silicon etching machine was introduced to cover the original operating system.

But at this point, things are not over yet. An operating system does not depend on how exquisitely designed it is, but how well it complements the device.

Next, semi-automatic adaptation and adjustment are needed to continuously integrate software and hardware during operation.

After activating the internal network, the silicon etching machine system is connected to the Siwei Society Supercomputing Center. With the support of huge computing power, semi-automatic adaptation and adjustment can be made.

The leading engineer turned his head and said, "Mr. Wang, please let your technicians operate the silicon etching machine. We need to adjust the parameters and system during operation."

"No problem." Wang Yunshen quickly waved his hand and asked the three technicians to come on.

This work took two days.

At this time, this silicon etching machine with a working accuracy of 40 to 24 nanometers has become a silicon etching machine with an accuracy of 40 to 16 nanometers.

In this process, not only a large number of loopholes and incorrect parameters were repaired, but the accuracy of the equipment was also improved to the performance limit of the machine, and the stability became rock solid.

Putting down the test report, Wang Yunshen, Zhang Houde and others were stunned.

In fact, the same equipment but different operating software will cause huge differences, especially in the precision instrument industry. China has suffered from this hidden disadvantage.