1, Cui Tiejun is an expert in computational electromagnetics and electromagnetic metamaterials, academician of China Academy of Sciences, visiting professor of Peking University, professor and doctoral supervisor of School of Information Science and Engineering of Southeast University, dean of School of Electronic Engineering of Xidian University, director of State Key Laboratory of Millimeter Wave of Southeast University, director of Terahertz Institute of Zhangjiang National Laboratory, and vice chairman of Jiangsu Provincial Committee of Jiu San Society.
2. Huang Xuhua is the chief engineer of the first generation of attack nuclear submarines and strategic missile nuclear submarines in China, and is known as the "father of nuclear submarines in China".
3. Liu Baoyong was the deputy director of China Missile Test Department, participated in the launch of China's first missile and satellite, and was also the chief designer of the manned spacecraft in Shenzhou 5, China.
Ma Weiming is an expert in electromagnetic technology. His main research fields are electromagnetism, electromagnetic metamaterials, terahertz science and technology.
Hou Jing is mainly engaged in the research of laser technology.
Application scope of electromagnetism:
1. Communication field: electromagnetism is widely used in communication field. For example, radio communication uses electromagnetic waves to transmit information and realize long-distance communication. Mobile phones, televisions, radios and other communication equipment are all based on the principle of electromagnetism.
2. Electronic technology: electromagnetism is the foundation of modern electronic technology, including computer, television, radar, satellite navigation and other modern technologies are inseparable from the theory and method of electromagnetism.
3. Medical research: electromagnetism is widely used in medicine, such as magnetic resonance scanning and electrical stimulation therapy, which plays an important role in the diagnosis and treatment of diseases.
4. Energy research: electromagnetic research helps to understand and use energy. For example, solar panels, generators, transformers and other technologies are all based on electromagnetic principles.
5. Cosmic physics: The study of electromagnetism is helpful to understand many important physical phenomena in the universe, such as star formation, interstellar medium, galaxies and black holes.
6. Theoretical physics: electromagnetism is one of the foundations of modern theoretical physics, and its research is helpful to deeply understand physical theories such as particle physics, relativity and quantum mechanics.