第二周碩博專討演講公告(09/23)
2021.09.15
碩博專討演講公告
題目:
新世代光學系統 – 高效能奈米超穎表面於光操控之應用
The Future of Optical System – High-performance Nanophotonic Metasurface for Light Management
主講人:吳品頡(Pin-Chieh Wu)
現職:國立成功大學 光電科學與工程學系 助理教授
內容摘要:
Metasurfaces, artificially designed nano-scatterers, have attracted immense attention because of their great ability to control the optical properties and wavefront at a subwavelength scale. Thus, they hold promise for various flat optical applications such as compact spectrometers and low-profile spatial light modulators. In this talk, I will firstly discuss the intriguing characteristics of optical metasurfaces for phase modulation, amplitude control, and dispersion engineering, which enable feasible applications of focusing metalens and achromatic metasurface devices. Subsequently, the presentation will shift to the scheme of tunable functionalities with dynamic metasurfaces. By incorporating metasurfaces with active materials, one can actively control the optical properties of metasurface devices at will, leading to the realization of novel low-profile optical components, including a tunable polarization converter, dynamically switchable diffraction grating, and beam steering. Finally, several approaches such as automatic inverse design, toroidal resonance modes, and plasmonic Huygens source utilized to accomplish high-performance metasurfaces will be presented and discussed.
時間:民國110年9月23日 星期四
地點:於moodle上觀看線上影片
歡迎參加!!
題目:
新世代光學系統 – 高效能奈米超穎表面於光操控之應用
The Future of Optical System – High-performance Nanophotonic Metasurface for Light Management
主講人:吳品頡(Pin-Chieh Wu)
現職:國立成功大學 光電科學與工程學系 助理教授
內容摘要:
Metasurfaces, artificially designed nano-scatterers, have attracted immense attention because of their great ability to control the optical properties and wavefront at a subwavelength scale. Thus, they hold promise for various flat optical applications such as compact spectrometers and low-profile spatial light modulators. In this talk, I will firstly discuss the intriguing characteristics of optical metasurfaces for phase modulation, amplitude control, and dispersion engineering, which enable feasible applications of focusing metalens and achromatic metasurface devices. Subsequently, the presentation will shift to the scheme of tunable functionalities with dynamic metasurfaces. By incorporating metasurfaces with active materials, one can actively control the optical properties of metasurface devices at will, leading to the realization of novel low-profile optical components, including a tunable polarization converter, dynamically switchable diffraction grating, and beam steering. Finally, several approaches such as automatic inverse design, toroidal resonance modes, and plasmonic Huygens source utilized to accomplish high-performance metasurfaces will be presented and discussed.
時間:民國110年9月23日 星期四
地點:於moodle上觀看線上影片
歡迎參加!!