Huang Lingyi, the founder of China's Loongson chips, has pursued the national science and technology dream all his life. In her old age, we look back on her long and bumpy road to scientific research. The "mother of Loongson" has built her own computer core for the motherland with her life's work, ushering in a new era of technology for the Chinese people.
In 1936, Huang Lingyi was born in troubled times, she knew the limits of her personal strength, and resolutely devoted herself to learning. Huang Lingyi worked hard to overcome the difficulties of the times and became a computer major in Huazhong University of Science and Technology with excellent results. After the founding of the People's Republic of China, she studied at Tsinghua University majoring in semiconductors and independently explored the semiconductor field.
In 1977, the Institute of Computing Technology of the Chinese Academy of Sciences launched the "Circuit Pre-research" project, and Huang Lingyi became the main person in charge. Faced with great pressure, she devoted herself to the research and development of a "new I2L structure" and successfully designed a domestic semiconductor diode, making great contributions to the semiconductor field in China.
However, in 1984, Huang Lingyi's chip project was stopped in the face of research to a critical moment. She warned leaders that without research on chips, the country will be dependent on imports for a long time. However, due to a lack of funding, her scientific research dreams were put on hold.
In 1989, Huang Lingyi participated in the International Chip Exhibition and deeply felt China's blank in the chip field. The 53-year-old was saddened by the foreign chip booth, and she knew that at this moment, the Chinese could only bow their heads.
In 2001, Hu Weiwu invited Huang Lingyi to join the "Loongson CPU" project, hoping to realize the dream of domestic chips. However, the problem that bothered her was that the funding was only one million, and Huang Lingyi hesitated again and again, worried that she would fall into the dilemma of hopelessness in scientific research again.
In 2018, the 82-year-old Huang Lingyi's team successfully developed the "Loongson No. 3", and the domestic chip entered a new era. Huang Lingyi's dream has come true, and China has finally gotten rid of its dependence on foreign chips, and "Loongson" has been used in high-speed rail, fighter jets, satellite navigation and other fields.
However, in the end, the scientific research champion failed to see the moment of transcendence. On April 20, 2023, Huang Lingyi passed away due to illness at the age of 87. Her passing makes us deeply feel the departure of the master of science and technology, but her dedication and contribution to the country's scientific research will forever be engraved in the annals of science and technology.
Huang Lingyi: The Persistence and Struggle of Loongson's Mother" profoundly demonstrates Huang Lingyi's outstanding contributions to China's chip scientific research and her unremitting pursuit of national science and technology throughout her life. This article is not only a touching and profound biography of science and technology, but also a historical chapter that records the changes in science and technology in an era.
As the founder of China's Loongson chips, Huang Lingyi's lifelong perseverance and struggle have provided important support for China to get rid of its dependence on foreign chips and realize independent innovation in science and technology. Her life carries the country's scientific and technological dreams, and she has cast "Loongson" with her life's painstaking efforts, making great contributions to China's entry into the forefront of the world in the field of chips.
The article describes in detail the arduous process of Huang Lingyi's dedication to scientific research from a young age, she worked hard to learn Xi in troubled times, explored independently in difficult times, and cast the "sword of the new century" Loongson series chips for the country. Especially in the 80s of the last century, in the face of the dilemma of shortage of funds and the suspension of scientific research tasks, she resolutely adhered to the front line of scientific research and developed domestic semiconductor diodes for the country, laying the foundation for the start of China's chip field.
Huang Lingyi's perseverance is not only her efforts in the laboratory, but also her deep understanding and responsibility for the development of national science and technology. She keenly pointed out that if China does not research chips, it will rely on imports for a long time, which may cause great trouble for the country. However, due to various reasons, her scientific research project was halted, but she was not discouraged by this and chose to continue her efforts.
After the launch of the Loongson project, Huang Lingyi once again devoted himself to the field of chips, and although he was in his eighties, he was still full of passion and curiosity. She and her team overcame one difficulty after another and successfully developed "Loongson No. 3", realizing the leap of China's chips from catching up to running. This breakthrough not only enabled China to achieve 100% domestic production in the fields of high-speed rail, fighter jets, satellite navigation, etc., but also allowed China to stand on the world stage in the field of chips.
However, Huang Lingyi was unable to witness this historic moment with her own eyes and passed away due to illness on April 20, 2023. Her passing is a source of great regret, but she will always be remembered for her great contribution to the country's scientific and technological cause.
Overall, this article vividly shows Huang Lingyi's hard work and unremitting struggle in the field of science and technology through in-depth narration and emotional rendering, highlighting her outstanding contributions to China's chip industry. Such stories are not only worthy of our deep thought, but should also serve as a model for inspiring future generations to work hard for the country's scientific and technological cause.
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