Prof. Xin Xu and his research team, Prof. Igor Ying Zhang, Prof. Xiao Zheng and Dr. Sai Duan, were invited to attend the Long Feng Science Forum: Symposium on Frontiers of Theoretical Chemistry, and Prof. Igor Ying Zhang was invited to give an academic presentation.

  Prof. Xin Xu's research team hosted the 4th Symposium for Young Scholars on Chemical Theory and Mechanisms in Development.

"A General Framework of Scanning Tunneling Microscopy Based on Bardeen's Approximation"

"Machine Learning Enhanced High-Level Theoretical Models for Catalyst Design and Discovery"

"A General Framework of Scanning Tunneling Microscopy Based on Bardeen's Approximation"

"Hemilability: A New Approach to Break the Static Sabatier Volcano Constraint"

"Doubly Hybrid Functionals: From Main Group Element Chemistry to Transition Metal Involved Chemistry"

"Doubly Hybrid Functionals: From Main Group Element Chemistry to Transition Metal Involved Chemistry"

"Towards Accurate and Efficient Theoretical Modelling of Heterogeneous Catalysis"

"Doubly Hybrid Functionals: From Molecules to Extended Materials"

"Accurate Descriptions of Molecule-Surface Interactions in Electrocatalytic CO2 Reduction on Copper Surfaces"

"Accurate Simulations of CO2 Electroreduction on Copper Single-Crystal Electrodes"

"Development of a Precise and Efficient Microkinetic Model for Supported Metal Nanoparticles"

"Machine Learning Enhanced Reaction Rate Computation for Kinetic Modelling of Heterogeneous Catalysis"

"Development of a Precise and Efficient Microkinetic Model for Supported Metal Nanoparticles"

"New Progress in Theoretical Simulations of Heterogeneous Catalysis"

"Doubly hybrid functionals: From molecules to extended materials"

"Accurate Simulations of CO2 Electroreduction on Copper Single-Crystal Electrodes"

"Precise Description of Chemical Processes"

"Development of a General Framework for STM Simulations Considering Both Tip and Substrate States"