There is such a "chip goddess", who has more than 70 patents at the age of 32 and has deep attainments in the fields of semiconductors, microelectronics and logic circuits.
There are numerous awards and honors in Huang's academic achievements. From postdoctoral to doctoral supervisor, Huang has accomplished many people's lifelong achievements in more than 30 years.
Huang Can Qian Qian's academic achievements have solved Huawei's dilemma in mask aligner when faced with market rules?
From 65438 to 0989, Huang, who was born in Shangrao City, Jiangxi Province, was gifted at an early age, went to the best local school and was admitted to eecs. Huang started his undergraduate study career. Like many seniors, Huang studied hard and successfully completed his undergraduate studies.
However, unlike many people, Huang did not study abroad, but stayed in Peking University. Huang made a choice to stay at Peking University, which may change Huang's life and historical trajectory. Graduation from undergraduate course does not mean the end, but a new beginning. Huang was admitted to the doctor's degree and studied the patents of microelectronics and solid-state electronics.
Huang, who has the ultimate pursuit of academics, is once again pursuing postdoctoral studies. At this time, Huang has accumulated profound microelectronics professional knowledge.
In view of Huang's academic achievements and research, Peking University attached great importance to Huang's potential and appointed him as a researcher and doctoral supervisor in the Department of Micro-nano Electronics.
Huang's education career is like riding a high-speed train, and the road is unimpeded. During this period, Huang made important achievements in the basic research field of ultra-low power micro-nano electronics and won the Young Achievement Award of IEEE Electronics Society. It is worth mentioning that only three people in the world, including Huang, have won this honor.
Huang's academic achievements are not limited to this. Huang applied for more than 70 patents.
Even the most technologically advanced chip manufacturers have cooperated with Huang Sandy. Thanks to Huang's research results, SMIC has made an important breakthrough in complementary tunneling device integration technology.
Highly educated, doctoral supervisor, holds more than 70 patented technologies, and has won top international honor awards. The most important thing is that Huang Cai is 32 years old and has a bright future.
Huang is still studying micro-nano electronic technology. In the field of integrated circuits in China, because of the "chip goddess" like Huang, it is expected to shine brilliantly. Under Huang's research, it is of great significance for major enterprises in China to explore scientific and technological progress and make technological breakthroughs.
Since Huang can help develop chip manufacturing technology, can he help Huawei solve the mask aligner dilemma?
Huawei has in-depth deployment in the field of chips, but in the past decade, these deployments have been concentrated in the field of chip design. For mask aligner equipment, there is relatively little research and development of chip materials. Therefore, Huawei does not have the ability to manufacture chips at present.
But there are indications that Huawei seems to want to make changes. It is found that Huawei has recruited semiconductor equipment talents.
As we all know, mask aligner is the most common semiconductor equipment, so Huawei's move is interpreted by the outside world as participating in the deployment of talents in mask aligner. Huawei Hubble also invested in Yike Hongyuan, whose main business is to develop mask aligner light source system.
Huawei is constantly increasing the layout of semiconductor equipment, recruiting talents and investing in related enterprises. It can be seen that Huawei is opening up a road to modchip.
Huang's academic achievements and accumulated experience, as well as research breakthroughs in the field of chip manufacturing, may help Huawei solve the mask aligner dilemma and break through some core technologies.
Of course, whether Huang will join Huawei is still unknown. After all, judging from his research experience, Huang hopes to devote himself to scientific research. Only Huang knows whether he can aspire to the external working environment.
Ren, the founder of Huawei, said that it is necessary to pierce the sky upwards and take root downwards.
In fact, whatever you do is the same. You should have a tenacious sense of struggle, never back down, and break the shackles and shackles of technology in the face of difficulties. It is necessary to have profound technical accumulation, scientific research projects to be implemented and solid technology to take root step by step. Finally let a small sapling grow into a towering tree.
Huawei is doing such a thing. Ren clearly pointed out that the chips designed by Huawei cannot be manufactured in domestic basic industries.
But how to solve this problem? Maybe, just like Ren said, straight into the sky, straight into the sky. This is not the responsibility of a Huawei company, but the need to mobilize the strength of domestic enterprises, so that every enterprise with the corresponding strength level can participate.
We also need talents like Huang. Enterprises are responsible for piercing the sky, and talents are responsible for taking root. Only in the case of division of labor and unity can this chip open the way.
It may take a long time, maybe five years, maybe 10 years, but when it finally succeeds, will it take a long time to look back? If you don't work hard, looking back ten years later, you may complain why you didn't work hard at the beginning.
Mask aligner seems difficult to break through, but even the most advanced equipment is pieced together one by one. China has a huge industrial chain with many talents. Others can, why can't we? So before considering whether you can do it, you'd better think about whether you should do it or not.
You can see the situation of Huawei chips. Huawei is recruiting talents. Although it is uncertain whether Huawei will fully deploy mask aligner, it is clear that Huawei will not face all this alone. Behind Huawei, there are countless people from China who support it.
Huang, a doctoral supervisor in Peking University, has made remarkable achievements for decades. In the field of integrated circuits in China, talents like Huang are needed. Huang still has a long way to go. In the future, Huawei may launch research and development in mask aligner, or launch new exploration in the field of chips.
In any case, I hope Huang can continue to shine in the domestic chip industry, and Huawei can also recruit the needed talents and break the foreign monopoly in one fell swoop.
Do you think Huang can solve the problem of Huawei mask aligner?