U.S.-China Cooperative Research: Nonlinear Optical Properties of Heavy Metal Borate and Silicate-Based Glasses

9724716阿法蒂加托和费勒该奖项支持扩大9623681年度研究成果基金资助的研究，以包括与上海复旦大学物理系在配方和表征有趣且具有潜在技术意义的玻璃方面的合作。在目前的提案中，两名少年派S，一名大四学生和一名新近获得博士学位的学生将与几名本科生一起参与一个联合项目，该项目将把COE学院团队的玻璃制造和性能表征能力与上海复旦大学激光物理与光学实验室王文成博士团队的非线性光学专业知识结合起来。主要的科学目标是研究极化铋、铅、硼和硅酸盐玻璃的二阶非线性光学性质。COE的大部分制造和测量工作将由本科生完成。共享设施和专业知识是该提案的核心。该项目所需的玻璃制造设备和知识在复旦大学是无法获得的，而COE学院集团在制造成分极端有限的新型玻璃方面有着悠久的传统。另一方面，复旦的团队因其在非线性光学方面的专业知识而在国际上得到认可，而这是COE所缺乏的。中方将由中国国家自然科学基金提供支持。

9724716 Affatigato and Feller This award supports extension of research funded under DMR 9623681 to include cooperation with the Physics Department of Fudan University, Shanghai, on formulation and characterization of interesting and potentially technologically significant glasses. In the current proposal, the two PI s, one senior and one a recent Ph.D. will be joined by several undergraduates in a joint project that will combine the glassmaking and property characterization capabilities of the Coe College group with the expertise in nonlinear optics resident in Dr. Wang Wencheng's group in the Laser Physics and Optics Lab at Fudan University, Shanghai. The main scientific goal is to investigate the second-order nonlinear optical properties of poled bismuth and lead borate and silicate glasses. Most of the manufacturing and measurement work at Coe will be carried out by undergraduate students. Sharing of facilities and expertise is at the core of the proposal. The glassmaking equipment and knowledge necessary for the project is unavailable at Fudan University, while the Coe College group has a long tradition of manufacturing novel glasses at extreme compositional limits. On the other hand, the group at Fudan is internationally recognized for their expertise in nonlinear optics, which is lacking at Coe. Support on the Chinese side will be provided by the National Natural Science Foundation of China.