微小機械式可変メタマテリアルのプラズモン共鳴変調機構の解明と超高速THz波制御

对基于超小型微机电系统（MEMS）悬臂执行器的动态可重构h形超材料进行了设计、计算、制造和评价。该研究结果已在第15届环太平洋激光与电光会议上口头报告，发表在《应用物理快报》期刊论文上，并在第83届JSAP秋季会议上口头报告。该研究的一部分获得了第53届JSAP青年科学家奖。本研究的进展已在第70届JSAP春季会议上以特邀发言的形式进行了通报。

The dynamic reconfigurable H-shaped metamaterials based on ultra-small micro electromechanical systems (MEMS) cantilever actuators have been designed, calculated, fabricated, and evaluated. Results of the study have been orally reported in the 15th Pacific Rim Conference on Lasers and Electro-Optics, published in a journal paper of Applied Physics Letters, and orally reported in the 83rd JSAP autumn meeting. And part of the study has won the 53rd JSAP young scientist presentation award. The progress of the study has been communicated in the 70th JSAP spring meeting by an invited talk.