Abstract： Thin films of thermochromic vanadium dioxide were deposited using a novel electric field assisted chemical vapor deposition methodology at atmospheric pressure on...

Abstract： A secure and sustainable energy future that is not based on a fossil fuel based infrastructure requires the design of new materials for efficient energy conversion, tr...

报告摘要： With the advent of quantum gas microscopy of ultracold atoms in optical lattices, it is possible to detect and control all degrees of freedom of each particle comprisi...

Abstract: The first part of my talk will focus on work completed during my first round of postdoctoral training at UT southwestern Medical Center aimed at the development of a un...

Abstract： 　　We combine novel atomic scale surface microscopy, advanced light sources, and tailored low dimensional structures and devices. This allow development and use of a....

Abstract： The past few years witnessed the explosion of research on photovoltaic cells based on the hybrid lead halide perovskites, in particular CH3NH3PbI3. Despite the tremend...

Abstract： Discoveries and rediscoveries of “star” materials with exceptional functionalities have been the central theme of materials science and propelled the moder...

报告摘要： In this seminar, I will brief overview the history of MOF chemistry will be overviewed, and then describe our approaches on pore and function engineering to develop mu...

Abstract： Spin Hall effect (SHE) refers to the generation of transverse spin current in nonmagnetic solids by an applied electric field due to relativistic spin-orbit coupling.....

Abstract： Polariton condensates consist of coupled and coherent vertical cavity-photon and semiconductor quantum well matter-excitation fields. I will discuss the concept of lig...

Abstract： Charge transport through and between molecules is central to many important processes in nature. In particular, studying the conductivity of single molecules can contr...

报告摘要： Recent advance in solution phase synthesis has made it possible to obtain nanoparticles (NPs) with their dimensions controlled at near-atomic precision for catalytic a...

Abstract： The deep understanding of the physical properties of 2D materials requires the study crossing over from microscopic to macroscopic. New quantum phenomena emerge at the...

Abstract： Computational chemistry has become a more and more important technique in scientific discovery process. It has been recognized that the computational chemistry methods...