光之人：王占山教授

摘要(中文译文)

在X射线与高功率激光光学的前沿领域，王占山教授在过去25年间从基础机理到制备技术及高性能应用方面作出了杰出贡献。作为同济大学教授，他带领国家自然科学基金创新研究群体，开创了薄膜光学中光谱响应、电场分布、辐照损伤与光学损耗协同调控的新理论框架。他开发了用于解析涂层中原子尺度缺陷的高精度表征方法，发明了薄膜光学全流程定量制备技术。通过建立一流研究平台和培养高水平科研团队，他的持续努力大幅提升了X射线与光学薄膜器件的性能，这些器件已广泛应用于同步辐射、高功率激光装置和空间望远镜。在本次访谈中，他回顾了指导其X射线与激光光学研究的科学理念、培养世界一流研究团队背后的哲学，以及他对光学科学与技术未来的展望。

Abstract

At the frontiers of X-ray and high-power laser optics, Professor Zhanshan Wang has made outstanding contributions from fundamental mechanism to fabrication technologies and high performance applications over the last 25 years. As a Professor at Tongji University, he leads the Innovative Research Group of the National Natural Science Foundation of China, pioneered a novel theoretical framework for the synergistic tailoring of spectral response, electric field distribution, irradiation damage and optical loss in thin films optics. He developed high-precision characterization methods for resolving atomic-scale defects in coatings, invented a full-process and quantitative fabrication technology for thin film optics. By establishing premier research platforms and cultivating a highly skilled scientific team, his sustained efforts have greatly improved the performance of X-ray and optical thin-film devices which have been widely applied in synchrotron radiation, high power laser facilities, and space telescope. In this interview, he reflects on the scientific concepts guiding his research on X-ray and laser optics, the philosophy behind cultivating a world-class research team, and his vision for the future of optical science and technology.

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