Skku News 게시판읽기 ( Prof . Bongsik SONG realize ultra - low loss and high performing silicon carbide nano photoelectric element )

Prof. Bongsik SONG realize ultra-low loss and high performing silicon carbide nano photoelectric element 2019.08.22
국제교류팀 Views : 10499 Attach ( 0 ) 게시글 내용 Professor Bongsik SONG announced that he has developed an ultra-low loss silicon carbide in cooperation with foreign researchers. This result has opened the opportunity for the application of core devices in ICT such as integrated optical circuit, quantum communication light source and minature IoT sensors. This research was published in world renowned journal “Optica” on August 21^st. Thesis: Ultrahigh-Q photonic crystal nanocavities based on 4H silicon carbide Main author: Prof. Bongsik SONG, Participant Author: Student (PhD) Heungjoon KIM Silicon Carbide has not been widely used as the material for subminiature optical devices despite its excellent physical characteristics. Prof. SONG developed a low-loss silicon carbide thin film thatis appropriate for use in optical devices and produced a nano optical device much more efficient that the existing devices (FWHM 2.4 pm, 1900%/W).

Prof. Bongsik SONG realize ultra-low loss and high performing silicon carbide nano photoelectric element 2019.08.22

게시글 내용: Professor Bongsik SONG announced that he has developed an ultra-low loss silicon carbide in cooperation with foreign researchers. This result has opened the opportunity for the application of core devices in ICT such as integrated optical circuit, quantum communication light source and minature IoT sensors.

This research was published in world renowned journal “Optica” on August 21^st.
Thesis: Ultrahigh-Q photonic crystal nanocavities based on 4H silicon carbide
Main author: Prof. Bongsik SONG, Participant Author: Student (PhD) Heungjoon KIM

Silicon Carbide has not been widely used as the material for subminiature optical devices despite its excellent physical characteristics. Prof. SONG developed a low-loss silicon carbide thin film thatis appropriate for use in optical devices and produced a nano optical device much more efficient that the existing devices (FWHM 2.4 pm, 1900%/W).