The research activities of this laboratory are primarily focused on developing and applying advanced chemical reaction dynamics experimental techniques and accurate dynamics theories, to explore the fundamental mechanisms of chemicalreaction dynamics at the atomic, molecular,even quantum-state resolved levels.The main research directions include:

Groups	Research Contents
Complex Molecular Systems Reaction Dynamics	(1) Molecular Dynamics of the Excited State (2) Femtosecond Ultrafast Dynamics (3) Molecules in Intense Laser Filed (4) Nonadiabatic Molecular Dynamics (5) Attosecond Resolution Quantum Dynamics (6) Mechanism and Application of Fluorescence Detection
Chemical Dynamics	(1) Elementary Reaction Dynamics (2) Spectroscopy and Dynamics of the Clusters (3) Theoretical and Computational Chemical Reaction Dynamics (4) Surface Reaction Dynamics (5) FEL Operation and Development (6) Ultrafast Laser Technology and Chemical Dynamics
Molecular Modeling and Design	(1) Theoretical Methods (2) ComplexMechanism in Biological Systems (3) New Functional Molecules
Materials Dynamic Simulation and Design	(1) Theoretical Studies of van der Waals Interactions (2) Adsorption and Reaction Dynamics of GaseousMolecules in Micro-/Nano-Pores (3) Photovoltaic Conversion Processes
Ultrafast Time-resolved Spectroscopy and Photochemical Dynamics	(1) Fluorescence Imaging Studies of Photovoltaic Materials (2) Ultrafast Transient Absorption Dynamics in Photovoltaic Materials