基于球形微粒的光学共振实现室温下的持久光谱烧孔

Persistent Spectral Hole Burning at Room Temperature Based on Optical Resonances of Spherical Microparticles

基于微腔光学共振机制，实现了尼罗蓝（ＮｉｌｅＢｌｕｅ）分子掺杂的微米尺寸球形聚合物微粒体系的室温持久光谱烧孔．该研究对于探索室温频域光存贮新机制新材料具有意义。

Persistent spectral hole burning was realized at room temperature for Nile Bluemolecules doped polymer microparticles based on morphology-dependent resonance. Themicropartical-based hole burning system may be promising for the development of thefrequency domain room temperature optical-storage materials.