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Abstract: 　　Density functional theory based first principles calculation provides a powerful tool to design and understand solid state materials from atomistic scale. In this se...

Abstract： Multi-scale modeling is an ambitious program that aims at unifying the different physical models at different scales for the practical purpose of developing accurate m...

Abstract:We present a review of the recently developed landscape and flux theory for non-equilibrium dynamical systems. We point out that the global natures of the associated dynam...

Abstract: 　　Knowledge of molecular polarizabilities in condensed phases provides important information about molecular crystals, and in general about materials composed of molec...

　　应卢征天教授的邀请，6月14日，英国帝国理工学院Prof. Ben Sauer来研究中心进行学术交流与访问，并为师生们作题为“Time reversal and the electron electric dipole moment&rdq...

Abstract:： 　　The understanding of low-temperature reactivity requires an accurate description of the underlying potential energy surface and the corresponding dynamics. At low...

Abstract:： 　　Coherent Energy Transfer (ET) is a common quantum phenomenon in nano-structure mesoscopic systems. However, the notions of coherence, as well as population, are ba...

Abstract： 　　Measurement of the electric dipole moment of a fundamental particle is one way in which to search for physics beyond the Standard Model. In this talk I will review...

　　应高敏锐教授的邀请，6月8日，美国弗吉尼亚大学Prof. ZHANG Sen来研究中心进行学术交流与访问，并为师生们作题为“Controlling Multiscale Cooperation at Nanocrystals Surface...

Abstract： 　　Crystal symmetries and their breaking fundamentally determine the crystal topology and lead to many important physical properties in the emerging 2D materials. For...

Abstract： 　　Two-dimensional (2D) transition metal dichalcogenide (TMDC) materials provide an attractive semiconductor option at the atomic level. These materials exhibit great...

Abstract： 　　The rich physics of doped Mott insulators is at the heart of high-temperature superconductivity in complex oxide compounds, although the precise mechanism for high...

Abstract： 　　Catalysis at surfaces and interfaces where there exists bi- or multi-component cooperation has been identified as crucial for many processes related to energy and e...

Abstract ： 　　Two great advances in materials research are the control of nanoscale interfaces and surfaces and harness of emergent properties from heavily doped and comple...

Abstract: 　　Emerging 2D materials, such as atomically thin transition metal dichalcogenides (TMDs) and graphene, have been intensely studied due to their intriguing physical an...