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.
