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Huang, the goddess of chips, did not lose to Yan Ning in the United States. Why doesn't she study abroad?
After understanding the countries in the world today, we can find that the level of scientific and technological development is of vital significance to the construction of a country. If a country's scientific and technological development is relatively backward, then this country will definitely become the target of bullying in other countries.

It is precisely because of this understanding that after the founding of New China, our government also attached great importance to the development of science and technology, and on the road of building a scientific and technological society, many outstanding talents appeared in our country.

Once upon a time, there was such a special "chip goddess". Although she has never studied abroad, her achievements are not lost to those of Yan Ning, who lives in the United States. So, who is this "chip goddess"? What extraordinary achievements has she made on the road of scientific research?

This outstanding scholar, known as the goddess of chips, is Huang, born in 1989. It is understood that Huang achieved excellent results in middle school, officially completed his high school studies in 2006, and was successfully admitted to Peking University Institute of Information Technology.

In China society, Peking University is an excellent school, and people who can study in Peking University also have extraordinary talents. During her study in Peking University, Huang made excellent achievements, and in the process of studying microelectronics, she also had achievements that ordinary people did not have. After finishing the undergraduate course, many people thought that such an excellent Huang would choose to study abroad, but to everyone's surprise, she chose to stay at Peking University for further study.

Through five years' hard work, Huang obtained a master's degree and a doctor's degree in Peking University. 20 17 Huang was selected as the China Future Female Scientist Program Award. At the same time, she officially joined Peking University and became a researcher and doctoral supervisor in the Department of Micro-Nano Electronics. Although Huang is still a 28-year-old young woman at this time, we can see from her achievements that her scientific research ability is excellent.

At the age of 30, Huang won the Young Achievement Award of the School of Electrical and Electronic Engineering. At that time, she was also invited to write a welcome letter to all the freshmen of Peking University.

According to Huang, it is a very glorious thing to win the Youth Achievement Award of the Institute of Electronic and Electrical Engineering, and the appearance of this award is also a deep affirmation of her scientific research achievements over the years. In Huang's view, doing scientific research is not a simple matter. If you don't have enough love for scientific research, it is unknown whether you can succeed in scientific research.

After understanding Huang's scientific research achievements, we can find that her new mechanism, ultra-low power devices, successfully broke the international sub-threshold amplitude record, and published more than 60 professional papers in the process of scientific research. Although Huang never had the idea of studying abroad in the process of exploring scientific research, it is undeniable that Huang's achievements are beyond the reach of many international students. Because Huang and Goddess Tsinghua are both excellent female scientists, many people will compare them. For the construction of China, Huang has always stayed in the motherland and made greater achievements.

In 2020, Huang won the Outstanding Young Scholar Award of Qiushi Foundation. At the same time, she was also selected as the second scientific exploration prize in China. It can be seen from the awarding of various honors that without Huang's efforts, China's research on international device and system route guidance will be hindered to some extent.

It is understood that Huang Hezuo, based on the current standard public welfare platform, has developed the world's first complementary tunnel excavation equipment integration technology. For the development of science in China, the birth of this technology has also enhanced China's international scientific research status to a certain extent.

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From Huang's decision, we can see that, in fact, for truly outstanding talents, studying abroad is not a necessary option in their lives. Although the development of science and technology in China started late, China now has a very good research environment through the efforts of countless scientists.

Perhaps brain drain is inevitable for a long time, but in today's China society, more and more people, like Huang, are willing to stay in the motherland and apply what they have learned to the construction of China society. I believe that in the future, Huang will become a role model for more people, and under her guidance, the brain drain phenomenon in China society will also be effectively slowed down.