Abstract: At this presentation, we discuss the mechanisms and applications of surface plasmon (SP) coupling and two related processes,
including the Förster resonance energy transfer (FRET) and nanoscale-cavity efiect. The applications cover the efficiency enhancements of a
light emitter and a color converter. From the viewpoint of practical application, we start the discussion with the behavior of the SP resonance of a metalnanostructure. Due to their easy fabrication and low cost, we mainly focus our discussionsabout the SP resonance behaviors of widely
used metal nanoparticles (NPs), including deposited surface metal NP and chemically synthesized metal NP, particularly Ag NP. Then, the
general behaviors of SP coupling, particularly the energy flow behavior in an SPcoupling process, are elucidated. Next, a few examples in applying SP coupling to lighmitting diodes for improving their performances, including internal quantum effciency, electroluminescence, efficiency droop effect, modulation bandwidth, and outpupolarization, are demonstrated. Besides, the roles of SP coupling in enhancing the FRET and hence color conversion efficiency are discussed. Finally, the nanoscale-cavity effectson SP coupling and FRET are studied based on the
nanoscale cavities of subsurface GaNnanopores and surface nanoholes.
报告人简介:
杨志忠,台湾大学终生教授。1976获得台湾大学电气工程专业学士学位;1981年和1984年获得美国伊利诺斯大学Urbana-Champaign分校电气工程专业硕士及博士学位。此后在宾夕法尼亚州立大学担任教职:1993年受聘为台湾大学终生教授2001年8月至2007年7月担任台湾大学光电研究所所长。主要从事氮化物和氧化物半导体MOCVD和MBE生长、发光二极管、纳米光子学与光电子学、等离子体光学和生物光子学研究。至今共发表学术论文和会议论文1000余篇,其中SCI论文330余篇,受邀在国际会议上演讲130多场。美国光学学会(OpticalSocietyo1America)及国际光学工程学会(SPIE)fellows。