Jiao Zhiyong
Jiao Zhiyong, male, professor, PhD, master's tutor. Currently, he is the director of the Department of Physics and Optoelectronic Engineering, School of Science, China University of Petroleum (East China), where he teaches courses such as "University Physics", "Advanced Laser Physics", "Quantum Field Theory", and "Quantum Optics". The main research areas include: research on atomic properties in strong fields; several frontier issues in quantum physics; development of high-power and high-brightness adaptive solid-state lasers. Lectures courses such as "College Physics" and "Advanced Laser Physics". He has published more than 20 academic papers in magazines such as "Chinese Physics", "Communications of Theoretical Physics", and "Acta Atomic and Molecular Physics". "Physical Effects of Mesoscopic Quantum Systems and Quantum Group Theory" won the third prize of the Shandong Province Natural Science Award in 2001, and "Solid Laser and Resonator" won the second prize of the Tianjin Natural Science Award in 2004. He has won the school teaching excellence award, outstanding He has won multiple teaching achievement awards and teaching experiment technology achievement awards; he has won two utility model patents (new laser resonator, a simple method for transforming commercial low-brightness lasers into high-brightness lasers), and is currently participating in a Shandong Provincial Natural Science Foundation project.
Chinese name: Jiao Zhiyong
Occupation: Teacher
Representative work: "Advanced Laser Physics"
Gender: Male
Position: Master Tutor
Professional Title: Professor
Degree/Education: Doctoral
Research Field
Main Research Field These include: research on atomic properties in strong fields; several cutting-edge issues in quantum physics; development of high-power and high-brightness adaptive solid-state lasers. Lectures on courses such as "College Physics" and "Advanced Laser Physics".
Award-winning honors
Published more than 20 academic papers in magazines such as "Chinese Physics", "Communications of Theoretical Physics", and "Acta Atomic and Molecular Physics". "Physical Effects of Mesoscopic Quantum Systems and Quantum Group Theory" won the third prize of the Shandong Province Natural Science Award in 2001, and "Solid Laser and Resonator" won the second prize of the Tianjin Natural Science Award in 2004. He has won the school teaching excellence award, outstanding He has won multiple teaching achievement awards and teaching experiment technology achievement awards; he has won two utility model patents (new laser resonator, a simple method for transforming commercial low-brightness lasers into high-brightness lasers), and is currently participating in a Shandong Provincial Natural Science Foundation project.