The performance of China's chips has improved, and the EUV lithography machine is no longer an obstacle.
China's opening up of quantum computing technology to the world shows that China is confident enough to not be afraid of censorship by foreign scientists. In fact, China is not only very active in the field of quantum computing, but also vigorously promotes the development of photonic chips, which consume only one-thousandth of the energy of silicon chips, but can improve the performance of chips by a thousand times.
In China, the development speed of quantum wafers is an indisputable fact, Anhui origin quantum last year created the world's first quantum wafer production line, from quantum refrigerators to lithography machines to quantum computers, with a complete industrial chain, so that Chinese people's quantum wafers no longer rely on foreign equipment.
Anhui Yuanshi Quantum has developed three generations of quantum computers, this generation"Yuanshi Wukong"Open to the outside world, it is said"Yuanshi Wukong"More than 30,000 quantum computing projects have been completed in China, and more than 30 quantum computing projects have been applied abroad, most of which are from the United States. There are more than 30 quantum computing projects applied abroad, most of which are from the United States. Apparently, American scientists wonder how far China's quantum computing technology has developed.
In China, except"Wukong origins", and"Zu Chongzhi"、"Nine chapters"and a series of quantum computers, which are also expected to promote China's development in the field of quantum computing, making China one of the world's quantum computing powers.
In the field of high-end wafers, China is also vigorously developing, not only quantum wafers, but also photonic wafers, graphene wafers, etc. All of this is driven by China, which can take its place regardless of which technological path succeeds.
In the field of photonic chips, a company in Beijing is already building an optical wafer production line to speed up the mass production of optical wafers. As with quantum chips, China has planned from the very beginning to develop a fully localized process, and all equipment for optical chips is produced by domestic manufacturers.
Graphene chip is a new technology developed in recent years, its excellent conductivity and extremely low energy consumption mean that our application in the field of chips has received great attention, our invention in this field has achieved the world's greatest achievements, and the application in the field of batteries and heat sinks provides a solid foundation for future development.
And the reason why China has been able to make so much progress in such a short period of time is simply because China has a population of 1.4 billion people and tens of millions of graduates every year, some of whom work in the field of microchips, which is a huge advantage.
China also attaches great importance to basic research, and has not abandoned basic research even in the face of a relatively backward economy.
If China can maintain its world leadership without relying on EUV lithography technology, its chips will soon become world leaders.
Europe has observed the development of Chinese chips and believes that if China produces chips on a large scale, Chinese chips will be as cheap as cabbage, and Chinese chips will conquer the entire world chip market in the future, and the semiconductor industry, which has been monopolized by the United States for many years, will be replaced by China.