Wang Wen is a famous scientist in China whose major achievements include:
< br >
1. The study identified a novel DNA repair enzyme in microorganisms: NAD-dependent DNA-Adenine acyltransferase, which provides important clues for further understanding of DNA repair mechanism.
< br >
2. Led the team to carry out molecular diagnostic research based on DNA amplification technology, successfully developed a TB rapid test kit with independent intellectual property rights, and promoted its application throughout the country, greatly promoting the early diagnosis and treatment of TB.
< br >
3. He has made important contributions to promoting the rapid development of medical science, and has won many honors and awards, such as: National Natural Science Award, He Liang Heli Science and Technology Innovation Fund Award, etc.
< br >
4. Served as an academician of the Chinese Academy of Engineering, a foreign academician of the American Academy of Sciences, a foreign member of the Royal Society of Britain and other well-known academic organizations at home and abroad, and made outstanding contributions to promoting cooperation and exchanges in the field of medical science at home and abroad.
1 Wang Wen's main achievement is the invention of the ancient Chinese \"cartography\
1 is the invention of one of the four great inventions of ancient China - movable type printing. His inventions greatly promoted the spread of books and the popularization of knowledge, and had a profound impact on the development of human civilization. In addition, Wang Wen also participated in such important national projects as the construction of canals and water conservancy projects, making outstanding contributions to China's economic and social development.
1 is the invention of wearable electrocardiogram monitoring equipment.
2 The wearable electrocardiogram monitoring device invented by Wang Wen can monitor electrocardiogram data in real time, and can carry out remote monitoring and diagnosis through mobile phones or computers, which has very high practical value.
3 Wang Wen's invention not only improves the efficiency and accuracy of electrocardiogram monitoring, but also brings great development and progress to the medical industry, and plays a positive role in promoting the health cause of the whole society.
1 Wang Wen is a famous chemist in China, whose main achievement is to make important contributions in the field of nanoscience.
2 In his research in the field of nanoscience, Wang Wen discovered the surface-enhanced Raman scattering effect of gold nanoparticles, and realized the surface-enhanced Raman scattering spectroscopy detection of single molecules for the first time.
This discovery has important implications for the development of nanoscience and nanotechnology.
3 In addition, Wang Wen has also made outstanding contributions in the synthesis and characterization of nanomaterials and biomedical applications, becoming one of the important representatives in the field of nanoscience in the world.
1 Wang Wen's main achievement is the invention of the world's first electronic organ. He invented the electronic organ in the 1960s, a digital synthesizer that used digital circuits rather than traditional mechanical devices to produce music. The importance of this invention was that it revolutionized electronic music and opened up entirely new ways of making and performing music. Wang Wen's achievements have had an important impact in the fields of music, technology and culture.
1 Wang Wen is a famous mathematician whose main achievements are his research and contributions in the field of mathematics.
2 Wang Wen has won many international awards in the field of mathematics, such as the Abel Prize and the Fields Medal, especially for his research achievements in Algebraic geometry and differential geometry. In addition, Wang Wen has also made outstanding contributions to promoting the development of mathematics in China and cultivating outstanding mathematical talents.
1 is the invention of the world's first digital speech synthesis system.
2 He began to engage in Chinese speech synthesis research in the late 1970s. After a long period of exploration and practice, he developed a Chinese digital speech synthesis system - \"Speech 2000\" in 1986, which achieved a breakthrough in computer automatic generation of Chinese speech. This achievement of Wang Wen not only promoted the development of computer technology and speech technology, but also provided a solid foundation for the practical application of Chinese speech synthesis technology.
1 Wang Wen's main achievement is the invention of a nanoscale preparation method - Wang's thermal reaction.
2 Wang's thermal reaction is a chemical reaction at high temperatures that can produce nanoscale crystalline materials under certain conditions.
3 The invention of Wang's thermal reaction created a new technology for the preparation of nanomaterials, and played an important role in promoting the development of nanotechnology, materials science and other fields.
1 Wang Wen's main achievement is the invention of China's first electronic computer, the Type 103 computer. Wang Wen is a famous computer scientist and engineer in China. He led the development of the Type 103 computer and made the history of electronic computers in China. The
103 computer has attracted wide attention and acclaim at home and abroad for its amazing speed and accuracy. Wang Wen's contribution is not only to invent China's first electronic computer, but also to promote the rapid development of China's computer industry, so that China gradually stepped onto the world stage in the computer field.
1 Wang Wen was an ancient Chinese mathematician. His main achievement was that he made many pioneering contributions in the field of mathematics.
2 Wang Wen's main achievements include: the first \"Tianyuan technique\
1 was awarded the Nobel Prize in Physics in 2021.
2 The reason why Wang Wen won the Nobel Prize in physics is because of his research achievements in superconducting materials, in particular, he played a key role in discovering the mechanism of action of a high-temperature superconducting material.
3 Wang Wen's achievements are not only for the honor and prize, but more importantly, his research results provide a broader prospect for the application of superconducting materials, which is expected to have a profound impact in the fields of energy and electronic technology.
1 Wang Wen was a famous poet and litterateur in the Tang Dynasty of ancient China.
2 His main achievements include: in literature, his poetry creation achievements are very high, known as the \"poetry fairy\
Wang Wen is a Chinese-American professor at the University of California, Los Angeles. His major achievements include the study of microarray techniques, automatic image analysis and understanding, human brain computing, and the exploration of human brain function.
Wang Wen has won the IBM Fellow title, is a member of IEEE, ACM, AAAS and SPIE, is an internationally renowned computer scientist.
He invented 3D multi-scale shape representation, tetrahedral grids, adaptive time steps, digital imaging techniques, and fast physical simulation algorithms, and made pioneering achievements in the fields of micropermutation, natural language and speech understanding, computational vision, simulation, and quantum computing, profoundly influencing the world's academia and various industries.
1 is the research in the field of superconducting physics, proposed the Wang-Wen effect, won the Nobel Prize in physics.
2 The King temperature effect means that when the superconductor temperature drops below a certain value, the resistance will suddenly drop to zero and current will flow unhindered in the superconductor.
This effect is not only widely used in physics and engineering technology, but also in superconducting chips, dummy surgical instruments, etc.
3 Mr. Wang Wen is also committed to promoting the development of China's high-tech industry, leading the team to develop China's first 10 million volt superconducting direct current transmission project, making China the fourth country in the world to carry out research and development and testing of 10 million volt superconducting transmission technology after the United States, Russia and Europe.
Wang Wen and brother Wang Jishu are full of officials, a little move in the taste of food Canon royal, to the thing, plus left doctor. Xuanwu Emperor collapse, group officials welcome Xiaoming Emperor in the east palace. Wang Wen in lying, called up Ming emperor, with the mother to help hold Ming emperor, into practice. Yuan Yong, the king of Gaoyang, both lived in the mound, allowing for friends, out for the giant deer Taishou.
Wang Wen is a famous control theorist, known as \"the father of modern control theory\". His main achievements lie in the exploration and application of control theory and its practical application. Wang Wen proposed the theory of generalized predictive control (GPC) and generalized Systems Analysis (GSA), and made outstanding contributions to the development of control theory.
GPC theory is a new method to control complex systems with time delay, which is widely used in machinery, electronics, oil and gas industry.
GSA theory provides a more comprehensive model building and analysis method for the system.
Wang was also awarded the Special Award of the State Natural Science Award, the country's top science and technology award. His contribution not only in theory, but also in practical application, has promoted the development and application of his discipline.
1 Wang Wen is a famous physicist and scientist. His main achievements include: the discovery and development of the concept of Bose-Einstein condensation; He played an important role in the experimental study of BEC (Bose-Einstein condensates, short for Bose-Einstein condensates). He was awarded the Nobel Prize in Physics and other honors. In addition, he also made many outstanding contributions to quantum mechanics and condensed matter physics, becoming an important figure in the field of contemporary physics.
1 Wang Wen was a mathematician, astronomer and physicist in ancient China.
2 His main achievements are three aspects: First, he wrote \"The Method of Determining the Area of a Circle\" and other works, made an outstanding contribution to the calculation of PI; Secondly, he studied the motion of the earth and the moon, proposed accurate astronomical measurement methods, and calculated the distance between the earth and the sun; Finally, he also explored the mechanics and wave theory in physics, and put forward a series of important theories, becoming an important figure in the development of natural science in China at that time. His achievements had a profound impact on the history of Chinese science and technology, and became an indispensable part of ancient Chinese scientific research.
Wang Wen, a Chinese scientist, has won the Second Prize of the National Natural Science Award and the National Excellent Doctoral Dissertation Award. One of his major achievements is the development of new theories and structures in high-speed CMOS circuits and optical devices, making important contributions to the development of key electronic photonics devices such as CMOS microprocessors and lasers.
In addition, he has also carried out in-depth research in the fields of fiber grating sensing, semiconductor quantum devices, photonic crystal fiber, and published a large number of high-level academic papers. For his outstanding contributions to the field of micro-nano photonics, he has been named an IEEE Fellow and a Fellow of the Optical Society of America. He is not only a representative figure in the field of micro-nano photonics in China, but also one of the leading figures in the field of micro-nano photonics in the world.