第七周碩博專討演講公告(10/28)
2021.10.28
碩博專討演講公告
題目:
Lead Halide Perovskite-based Plasmonic Nanolasers
主講人:呂宥蓉 教授(英文： Prof. Yu-Jung Lu)
現職:中央研究院 應用科學研究中心 助研究員
國立台灣大學 應用物理所 助理教授
美國加州理工學院 應用物理系 訪問學者
內容摘要:
Progress in understanding resonant subwavelength optical structures has fueled a worldwide explosion of interest in both fundamental processes and nanophotonic/plasmonic devices for imaging, sensing, solar energy conversion and information processing. In this talk, I will present an overview of my research works in the past four years on the plasmon-enhanced light-matter interactions and its applications, including the plasmonic nanolasers, tunable plasmonic modulators, plasmonic phototransistors, and plasmon-enhanced solar energy harvesting. We discovered several unique working mechanisms that utilize plasmonic nanostructures to improve optoelectronic device performance. By engineering the local electromagnetic field confinement, the light-matter interaction can be enhanced, which results in efficient energy conversion in the designed nanosystem. The detailed mechanisms and possible applications will be discussed. The finding will lead to transformative advances in energy-efficient, ultracompact, ultrafast computing, and communication. These results have broad implications for the use of plasmonic nanoresonators in high-performance optoelectronic devices, I will also give a general outlook for the wide range of possibilities for the perovskite-based plasmon nanolasers.
時間:民國110年10月28日 星期四
地點:moodle上觀看線上影片及成功大學成功校區三系館鋼構區(3F)共同教室 A1302演講廳
歡迎參加!!
題目:
Lead Halide Perovskite-based Plasmonic Nanolasers
主講人:呂宥蓉 教授(英文： Prof. Yu-Jung Lu)
現職:中央研究院 應用科學研究中心 助研究員
國立台灣大學 應用物理所 助理教授
美國加州理工學院 應用物理系 訪問學者
內容摘要:
Progress in understanding resonant subwavelength optical structures has fueled a worldwide explosion of interest in both fundamental processes and nanophotonic/plasmonic devices for imaging, sensing, solar energy conversion and information processing. In this talk, I will present an overview of my research works in the past four years on the plasmon-enhanced light-matter interactions and its applications, including the plasmonic nanolasers, tunable plasmonic modulators, plasmonic phototransistors, and plasmon-enhanced solar energy harvesting. We discovered several unique working mechanisms that utilize plasmonic nanostructures to improve optoelectronic device performance. By engineering the local electromagnetic field confinement, the light-matter interaction can be enhanced, which results in efficient energy conversion in the designed nanosystem. The detailed mechanisms and possible applications will be discussed. The finding will lead to transformative advances in energy-efficient, ultracompact, ultrafast computing, and communication. These results have broad implications for the use of plasmonic nanoresonators in high-performance optoelectronic devices, I will also give a general outlook for the wide range of possibilities for the perovskite-based plasmon nanolasers.
時間:民國110年10月28日 星期四
地點:moodle上觀看線上影片及成功大學成功校區三系館鋼構區(3F)共同教室 A1302演講廳
歡迎參加!!