Zhang Houde raised his hand.

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

Taking the microphone, Zhang Houde cleared his throat: "Mr. Gao, how to entrust R&D?"

"Presumably everyone is also very concerned about this issue, and then I will talk about it in detail......" Gao Zhiyuan explained while asking the staff to send the detailed cooperation template to the CEOs present.

The cooperation template of Shenguang Instrument is actually a combination of learning, research and production, with universities providing talents, enterprises providing funds, and the Institute of Materials is responsible for providing equipment, venues, materials, and integrating talents.

In the cooperation, universities and researchers will receive financial feedback and patent dividends; Enterprises will obtain the right to use or use technology patents; The Materials Research Institute obtains R&D expenses, patent dividends, patent procurement expenses, talent reserves, etc.

There are three options for businesses.

The first is to fully invest in R&D projects, and the resulting patent ownership enterprises are equivalent to a one-time buyout.

The second is that the thinking society and the enterprise jointly fund, and the resulting patents are jointly held by both parties according to the proportion of investment.

The third is that the thinking society finances itself, and the patents generated are held by the thinking society, but the enterprise can pay to the thinking society to use it.

In addition, there is a common clause, that is, the patent dividend of R&D personnel shall not be less than 20%, that is to say, as long as it is a patent generated by material research, all personnel involved in R&D can receive a patent dividend of not less than 20% for 20 years.

The Thinking Club has set up an internal patent website, on which all patents that can be put into use and patents that are under research and development can be queried.

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

After reading it, the CEOs put forward some small opinions, which are acceptable to everyone.

However, they don't know the power of computational materials, and under the same scale of research and development, the thinking club that adopts computational materials science is equivalent to a hundred years for others.

In this case, the materials research institute of the Thinking Society can no longer be measured by the speed of conventional research and development.

Gao Zhiyuan saw that the materials were almost discussed, so he continued to click on the next topic: "Next, let's discuss the problem of software. ”

The vast majority of the domestic industrial design software market is occupied by foreign companies, and the same is true for professional operation software used in industrial products.

It's not that China doesn't want to research and development, but there is no ecology to promote after research and development, which makes it unprofitable, although the Academy of Sciences has some relevant technologies in reserve.

However, those reserve technologies, which are prepared to prevent foreign bans, can only solve the problem of whether there is a problem, and as for the quality problem, it can be imagined.

The Thinking Club is going to come up with [simulation space software] [finite element analysis software] and open these software to internal use.

Anyway, the companies present are either the holding companies of the Thinking Society or the shareholding companies, and they are all their own people.

Of course, developing for them to use does not mean that absolute permissions are given, all software backdoors and highest permissions are in the hands of the Thinking Society, and this thing is connected to the internal network.

As for the operating system, Huang Mingzhe has been prepared for a long time, and he has developed a special industrial operating system - adaptive operating system.

In fact, Huang Mingzhe is based on the industrial operating system on the market, after readjustment, equipped with a professional cloud database, plus a subroutine separated from the ghost - the program automatic matching system.

This adaptive operating system can quickly and semi-automatically adjust the system to the device's condition to achieve a state that can be perfectly integrated with the device.

After listening to Gao Zhiyuan's introduction, hundreds of people present discussed one after another, they did not expect that the thinking club had also developed an industrial operating system and industrial design software.

After the meeting.

Although the companies are full of doubts, the boss still has to give face.

A series of required material research and development, various enterprises have proposed to cooperate with the Institute of Materials, industrial design software and industrial operating systems have also placed some orders.

……

The headquarters of NAURA is located in Chaoyang District, Beiping.

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

As soon as Zhang Houde returned to the headquarters, he brought people to the R&D area, and Wang Yunshen, a technical executive, also participated in the seminar this time.

However, they are also skeptical of the technology of the Shenguang Instrument and the Thinking Society.

In the department responsible for the software.

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

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

The engineer who led the team turned his head to Zhang Houde and said, "Mr. Zhang, the parent book of the operating system has been installed, and you have ten free generation places next." ”

"I don't know, how does this operating system work?" Wang Yunshen hurriedly asked.

"Do you need any equipment to install?"

"Xiaolin, tell the warehouse to transfer an etching machine."

The etching machine of NAURA and the etching machine of China Micro Semiconductor are not the same kind.

Etching is the process of selectively removing parts of a silicon wafer that are not masked by photoresist, thereby transferring a predefined pattern to the material layer of the wafer.

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

The etching machine of China Micro Semiconductor belongs to the dielectric etching machine, while the etching machine of NAURA belongs to the silicon etching machine and the metal etching machine.

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

The engineers of the Thinking Club pushed a special computer device and connected the data cables to the system of the silicon etching machine.

Then an operating system is copied and exported from the original parent system, and the original system of the silicon etching machine is copied and copied, and the two replicas are fused together to form a professional silicon etching machine operating system.

Finally, a silicon etching machine was introduced, and the original operating system was overwritten.

But at this point, it's not the end of the story, an operating system is not about how well-designed, but about complementing the device.

The next step is semi-automatic adaptation, which is constantly in operation, integrating software and hardware.

After the internal network is activated, the system of the silicon etching machine is connected to the supercomputing center of the Thinking Society, and with the support of huge computing power, it can be semi-automatically adapted.

The engineer who led the team turned his head and said, "Trouble Mr. Wang, let your technicians operate the silicon etching machine to work, we need to adjust the parameters and system during the operation." ”

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

The work took two days.

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

In the process, not only did a large number of bugs and wrong parameters be fixed, but the accuracy of the equipment was 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 already stunned.

In fact, the same equipment and different operating software will cause a world of difference, especially in the precision instrument industry, which is a dark loss in China.