Driven by the demand for on-chip integrated sources of structured light in classical and quantum information,significant research efforts have been made to study the ultrafast control of microlasers,especially of on-c...Driven by the demand for on-chip integrated sources of structured light in classical and quantum information,significant research efforts have been made to study the ultrafast control of microlasers,especially of on-chip vortex microlasers.展开更多
基金support from Zhejiang Provincial Natural Science(R17F050003)the National Natural Science Foundation of China(61735017,61822510,and 51672245)+4 种基金the Fundamental Research Funds for the Central Universitiesthe Program for Zhejiang Leading Team of S&T InnovationFirst-Class Universities and Academic Programsthe Collaboration Programme of Zhejiang University and the Top University in the worldZhejiang University Education Foundation Global Partnership Fund。
文摘Driven by the demand for on-chip integrated sources of structured light in classical and quantum information,significant research efforts have been made to study the ultrafast control of microlasers,especially of on-chip vortex microlasers.
