Dr. Chong Shan, Shanghai Institute of Ceramics, China
Dr. Chong Shan is a pioneering researcher in the field of laser optics, currently serving as an Assistant Researcher at the Shanghai Institute of Ceramics. With a keen interest in laser-induced damage mechanisms, his contributions to understanding light-matter interactions under low-temporal coherence conditions are regarded as innovative and foundational in optical science. His work emphasizes advanced diagnostic techniques and damage growth modeling—contributing significantly to both theoretical advancements and practical applications in high-power laser systems.
🧑💼 Profile
Scopus
🎓 Education
Dr. Shan earned his doctorate from the prestigious Fudan University, where he developed a solid foundation in applied physics, photonics, and material science. During his academic journey, he specialized in optics and laser-material interactions, excelling in both coursework and laboratory research. His doctoral work laid the groundwork for his current expertise in optical coatings and fused silica behavior under high-energy conditions. His academic rigor and discipline were consistently evident through award-winning theses and collaborative publications with leading research groups.
🧪 Experience
As an Assistant Researcher at the Shanghai Institute of Ceramics, Dr. Shan has led and collaborated on various national-level research projects. His experience spans experimental physics, optical system design, and advanced spectroscopy. He plays a key role in mentoring junior researchers, coordinating multi-institutional collaborations, and delivering talks at domestic and international conferences. His hands-on expertise in spatial and temporal light diagnostics adds valuable depth to the scientific community’s understanding of laser damage mechanisms in dielectric materials.
🔍 Research Interest
Dr. Shan’s primary research interest lies in the intricate domain of laser-induced damage in optical materials—especially fused silica—under low-temporal coherence light. His investigations cover topics like self-focusing, stimulated Brillouin scattering, and spatially resolved diagnostics of multilayer coatings. He aims to enhance the damage thresholds of optical elements, directly impacting the performance and longevity of high-energy laser systems. His interdisciplinary approach connects materials science, optics, and applied physics, opening new frontiers in laser safety and energy propagation modeling.
🏅 Awards
Although early in his career, Dr. Shan has already received recognition for excellence in research through internal awards from Fudan University and accolades from the Shanghai Institute of Ceramics. His work has been nominated for national innovation grants and has been spotlighted at high-level scientific symposiums. He is considered a promising figure in China’s laser optics community, and his contributions are being increasingly cited by peers, reflecting both scholarly respect and practical relevance.
📚 Publication Top Notes
“Damage growth characteristics on the exit surface of fused silica by the low-temporal coherence light irradiation”
“Damage characteristics of fused silica under low-temporal coherence light”, High Power Laser Science and Engineering,
“Self-focusing and stimulated Brillouin scattering effect of low-temporal coherence light and corresponding damage characteristics in fused silica”
“Multi-wavelength coupling effect of laser-induced defect damage in beam splitter films”, Optics and Laser Technology,
“Laser-induced defects in optical multilayer coatings by the spatial resolved method”, Chinese Optics Letters.