Ultrafast imaging is key for the real-time visualization of many transient events in physics,chemistry,and biology.The past decade has witnessed the blossom of new theories and technologies that have substantially pro...Ultrafast imaging is key for the real-time visualization of many transient events in physics,chemistry,and biology.The past decade has witnessed the blossom of new theories and technologies that have substantially propelled ultrafast imaging.The newly developed ultrafast imaging systems,in turn,have enabled unprecedented applications in both fundamental and applied sciences that unveil many new scientific discoveries ranging from carrier dynamics to brain functions.To date,ultrafast imaging marks an active frontier in both research and innovation.展开更多
文摘Ultrafast imaging is key for the real-time visualization of many transient events in physics,chemistry,and biology.The past decade has witnessed the blossom of new theories and technologies that have substantially propelled ultrafast imaging.The newly developed ultrafast imaging systems,in turn,have enabled unprecedented applications in both fundamental and applied sciences that unveil many new scientific discoveries ranging from carrier dynamics to brain functions.To date,ultrafast imaging marks an active frontier in both research and innovation.
