基于磁等离子体微阵列的可重构超表面用于手性信号增强

2023.06.06

投稿:王天慧部门:浏览次数:

活动信息

报告时间:2023年6月12日 13:30

报告地点:校本部东区生命楼800室

报告人:Jaebeom Lee

报告人简介:

Jaebeom Lee is a professor at Chungnam National University,Daejeon, Korea. He has conducted extensive research in the field of nanochemistry, specifically focusing on biosensors, self-assembly, and magnetoplasmonics. His research endeavors encompass a wide range of applications aimed at the development of cutting-edge sensors and advancements in energy research.

报告内容:

Novel design of flexible chiral metasurface has been attractive to control electromagnetic dynamics for fabricating integrated enantiomeric sensing devices. A reconfigurable metasurface decorated with planar magnetoplasmonic microbundle arrays of Au@Fe3O4 core-shell nanowires(NWs)on polydimethylsiloxane film is fabricated. And proposed a strategy to implement spectacle lenses with circular polarizer capabilities and can produce flexible devices for further signal enhancing at nanoantennas and biosensors.