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"Indeed, the control system is the core of the robot's soul. Humans are composed of the brain and the body. When various situations are encountered, they are fed back into the brain. The brain analyzes the surrounding situations and generates solutions based on previous experiences to issue instructions to the body..." Liu Yijiu knew that these people did not know too deeply about robots.

Moreover, in this day, research on artificial intelligence has just begun abroad.

"In this way, we need processors with more advanced performance and faster computing speed..." Liu Yijiu's family knew that Baliguo and Cao Zhijiang were missing.

Bali didn't know Liu Yijiu very much. After all, he was engaged in hardware development, and Cao Zhijiang was originally asked by Liu Yijiu from aerospace. Many software designs were architectures developed by Liu Yijiu. In this regard, he really admired Liu Yijiu. Although this kid rarely works on computers.

In terms of computers, it requires not only diligence, but also talent.

"Aren't molybdenum-based chips developed?" Liu Yijiu asked Paliguo.

If it weren't for the knowledge that the molybdenum-based chip had been developed, Liu Yijiu wouldn't have started to propose integrating all the projects involving automation and intelligence in the Ninth Academy to develop robots.

This robot is just a general reference.

There is basically no hope for humanoid robots in the past twenty years.

"Indeed, it is precisely because of the success of molybdenum-based chip that our processor has exceeded 256 bits. However, this kind of preparation is very difficult, the cost is too high, and the volume is a bit large. This is OK for supercomputers, but micro systems will have a great impact on the design of the product due to their volume and weight. At the same time, the raw materials of molybdenum-based chips are originally rare metals..."

The reserves of molybdenum are indeed very large in China, but they are only relative to the reserves of the entire world. This is a metal heavy material that is even less than tungsten.

The transmission speed of electrons in molybdenum materials is much faster than that in silicon crystals, which has been confirmed by the research of the Ninth Academy.

At the same time, molybdenum is used extensively by various countries, especially in the production and manufacturing process of special steel, which can effectively improve the quality and performance of steel. Many materials in the military industry need to add this elemental material. This type of high-temperature alloys used in aerospace cannot be missing.

Of course, the more used is the processing field, molybdenum is indispensable for various tool materials. Even the electrodes used for wire cutting for two-dimensional special-shaped parts are pure molybdenum wires.

This material is like tungsten, and is also the longest research and most widely used in the Ninth Hospital. Even in the medical field, it is also indispensable.

"So, it is still difficult to put this into use?" Liu Yijiu frowned.

It is not practical and will not have much effect after research.

"It is indeed the case. Research on practical development directions is currently underway. Even if breakthroughs have been made, I think this cannot be opened to the civilian market." Pali said to Liu Yijiu seriously.

Others don't understand.

In the field of silicon-based chips, the domestic preparation process is still far from that of foreign countries. Although the technology surpasses that of foreign countries, it cannot enter the use stage. Even the 32-bit chip preparation industry took so many years to develop, and it has only begun to build a factory in Rongcheng to prepare for production.

If we increase the development of molybdenum-based and graphene, it will completely make foreign countries catch up.

"We have to give up the opportunity to get foreign countries to catch up in this regard?" Wang Shunyi asked Liu Yijiu.

Liu Yijiu was also in a dilemma.

Graphene is better than molybdenum. Graphene has been researching in the base before, but it is obviously difficult for silicon-based domestically to catch up with foreign countries.

The existence of graphene was not intended to be made public before, unless domestic research progressed.

Of course, when graphene is about to be discovered abroad, they will go public just to win a Nobel Prize.

The research on molybdenum-based chips was developed from the very beginning, which was created by Liu Yijiu in order to trick foreign countries and lead their research direction.

Now I was told that the effect of molybdenum-based chips actually exceeded his imagination.

Now that it is announced, it will not have much impact on foreign countries. Instead, it will allow foreign countries to surpass their foundations in a short period of time because their foundation is not as good as those of foreign countries.

"Sometimes, when it is time to give up, you have to give up. The production process of silicon crystals is not optimistic at home, but abroad is clear that after our chip factory starts construction, it can attract their attention for a period of time. If it really doesn't work, then publish the existence of molybdenum-based chips." After thinking for a long time, Liu Yijiu said.

"I think this is like graphene, and there is no need to publish it. What we use to make chips is not pure molybdenum, but molybdenum disulfide, which was originally a semi-finished product used to extract pure molybdenum. At the same time, this chip is different from silicon-based, but flexible, and plays a greater role in our top control systems..."

Bali does not want the existence of molybdenum-based chips to be announced.

Like graphene.

Chips made from graphene are faster and consume less power than molybdenum-based chips, but each has its own advantages.

Both of these are actually materials for flexible microprocessing chips, but due to the problems of the preparation process, it is impossible to prepare two-dimensional materials with nano-scale atomic structures in large quantities.

"MoS?-based microchips are only 20% of the same silicon-based chip, and their power consumption is extremely low. The power consumption of transistors made of molybdenum is one hundred thousandth of that of silicon transistors in standby time, and it is cheaper than graphene circuits of the same size! In the future civil market, the development prospects are better than graphene. Especially this flexible circuit can even be adsorbed to the surface of the human body, which has a great effect on our Super Warrior project. If it is announced, our advantages will become very weak. The Western foundation is already good, and the United States and European countries have a large number of top teams. They have even studied molybdenum materials for longer and richer experience than us."

When studying materials at the Ninth Academy, the first thing to consider is military use.

Molybdenum base is much less flexible than graphene, and the electron movement speed is also much worse, and the consumption is much higher. However, even if this material is not prepared with ordinary chip manufacturing technology, the integrated circuits produced are much better than those of the same type of integrated circuit on silicon base.

Especially in terms of computing speed.

Therefore, this kind of application also has great prospects for military industry. If it is not used in military industry and directly invested in the civilian market, it will affect market promotion because of the high cost and will also cause military technology to be leaked.

The cost of chips prepared by graphene in the military industry will be higher.

No matter from any aspect, whether it is cost or technology confidentiality, it is not suitable to be promoted to the private product market.

"This is indeed the case, but if we now promote it to the private market and publish technology, it will also have great benefits for our technological development..." Wang Shunyi hopes that more people can invest in it. It is too slow to rely solely on the Ninth Courtyard.

In terms of computer software application, Liu Yijiu is preparing to build a software industrial park or even build a Silicon Valley in the United States, which makes all of them very much agree with.

Using the market prospects to make technology develop faster and more people invest, it is much better than what their family studies.

In this way, the cost they need to invest will be reduced a lot.

"It is true that the whole world research is much better than our family's research. But our foundation is not as good as others. We should have set industry standards to let others catch up. In the end, we have to use other people's standards. Even if others apply for a patent registration, we have to pay them patent fees..." The benefits are obvious, and the disadvantages are easy to see.

As the head of research in this regard, how can the Pali country be unclear.

Molybdenum-based chips have invested too much experience for computer hardware researchers like them. If they throw them out before they gain an insurmountable advantage, this will eventually happen.

"So, I think it's better not to publish the technology for the time being." Liu Yijiu also thought so.

No technology can be covered forever.

The key is when it will be more beneficial for technical developers like them.

This is the most important thing.

Any unit who studies technology and cannot become a maker of industry standards will have to follow others and even get stuck in various ways.

In the future, it will be an era of globalization, with local protectionism prevailing and technological blockades that will be very serious.

People throw out the foundation and then block it at the high end, so they can only follow their steps. Want something better?

No problem, then give a greater price.

The Republic has become the world's manufacturing factory as before, with the largest production of industrial products but the thinnest profits. Liu Yijiu doesn't want to see it again.

"So, should you follow the previous rhythm?" Baliguo asked Liu Yijiu.

Liu Yijiu shook his head, "No, we should increase our investment in this regard. The Soviets asked them to continue to help us study silicon-based chips. At the same time, we are fully committed to studying silicon-based chips at the manufacturing base and research center in Rongcheng. The mountain is mainly graphene and molybdenum-based."

Strategic adjustment is necessary. After Shanlin has a better choice for military industry, silicon-based products can be fully invested in civilian products.

When the cost of graphene is reduced and research is more clear and clear, the molybdenum base can be thrown out. It is more in line with China's national interests to use it to cheat money and guide foreign technological development directions to deviate.
Chapter completed!