报告人简介：　　康欣晨研究员2011年于山东大学获理学学士学位，2016年于中国科学院化学研究所获工学博士学位。主要从事绿色溶剂性质、绿色溶剂中的材料合成、电化学材料合成与电催化等研究工作...

Abstract：　　Powered by renewable electricity (e.g., solar, wind and hydro power), oxygen evolution reaction (OER) and hydrogen evolution reaction (HER) can efficiently split wate...

报告摘要：　　非常规超导机理是近四十年来凝聚态物理领域的重大科学问题之一，这个机理的解决对发现新的高温超导材料、提高超导转变温度也具有重要价值。本报告在回顾非常规高温超导机理研究进...

报告摘要：　　Significant advances have been made in fundamental research of topological insulators (TIs), yet their device applications remain elusive. We propose an approach towa...

Abstract：　For semiconductors in molecular optronics, photoinduced dynamics of excitons and free-carriers (electrons and holes) such as exciton-dissociation and carrier-recombinat...

Abstract：　In this talk I will discuss a series of insights into non-equilibrium phenomena involving the orbital angular momentum (OAM) of Bloch electron systems. Recent years hav...

报告摘要：In this talk, I will overview the developments in the field of magnetic topological insulators (MTIs) that led to the discovery of the intrinsic MTIs of the MnBi2Te4&nbsp...

报告摘要：　　冷原子操控及光梳技术的发展促进了光钟技术进步，光钟的频率稳定度比现行铯原子喷泉钟高2个数量级，将显著提升时间基准的精度，推动导航、通信、基础物理研究等领域的变革。美国J...

Abstract：        Materials modeling with atomistic simulation has become an indispensable tool in computational materials science, enabling precise property pr...

报告摘要：　　As is well known, phonons play a crucial role in governing thermal and electrical transport in both insulators and metals. In this talk, I will present phonon-control...

Abstract:　　It is well known that a molecule is made of two types of charged particles, i.e. electrons and nuclei. These charged particles are not at rest but are moving, in a mol...

报告摘要：　　在复杂化学体系中，能够在原子水平上精确模拟长时间的动力学演化对于理解体系的结构和功能规律至关重要。为实现复杂化学体系的高精度高效率计算模拟，报告人近年来致力于深度学习...

报告摘要：　　在分子互作领域，基于瞬态吸收的无标记微尺度热泳（MST）技术被提出：利用深紫外泵浦光激发蛋白质的紫外吸收特性，通过瞬态吸收信号定量分析温度梯度下分子热泳迁移行为，规避传....

报告摘要：　　The strongly correlated problem in many body physics can be mapped to a weak interacting problem with gauge symmetry. The essential issue for this gauge theory is how...

报告摘要：　　Random flux is an important type of disorder which has deep connections to many fundamental phenomena such as the fractional quantum Hall effect. However, its impact....

报告摘要：　　光合作用捕光系统中，色素间的相互作用往往比较强，共享分子轨道；激发其中任何一个色素，它的激发态都会发生离域，形成这些色素分子激发态的叠加，即相干叠加态。如果光合系统存...