Abstract: 　　In the decades to come, mankind will have to make a significant shift in the way it deals with our planet’s available resources, and in particular in our us...

报告摘要         　　以1996年哈佛大学化学系改名为化学与化学生物学系为标志，化学生物学学科已有16年历史，并成为当前化学发展的一个重要生长点....

报告人简介： 　　Richard Palmer is Professor of Experimental Physics at the University of Birmingham, UK, and Head of the Nanoscale Physics Research Laboratory, which he establish...

报告摘要： 　　氧化物晶体管是构成氧化物电子学线路的基本器件，而氧化物电子学线路又是实现高效率低能耗的氧化物电子学应用的基本保障。如能将几种钙钛矿结构氧化物集成生长，并能在其界面获...

报告摘要： 　　This talk serves as an introduction of current status of THz science and technology, especially THz interactions with bio-molecules, and their applications in mater...

报告摘要： 　　采用超高真空扫描隧道显微镜研究了窄禁带半导体碲镉汞。样品表面纳米孔洞结构深度随成像偏压极性发生出乎预料的改变；在负偏压下变浅深度远大于经典隧穿理论的预言。该现象的解...

Abstract: 　　The Kondo effect, a phenomenon found in 1930's and interpreted by Kondo in 1964, still attracts much attention in recent years due to the great advance of the nanot...

报告摘要： 　　Our group as a longstanding interest in developing new methods for the synthesis of heterocycles, as well as the application of these methods to natural products to...

报告摘要： 　　The study of photocatalysis has received great attentions from chemists, physicists as well as material scientists because of its important applications in energy a...

Abstract： 　　Mechanical properties are fundamental and critical for designing advanced materials and systems with enhanced safety margin and energy efficiency. A typical fractur...

报告内容: 　　纳米科学与技术的迅速发展迫切需要纳米尺度下研究手段与研究方法的不断更新与发展。本文基于原位动态电子显微学技术，借助“将纳米实验室建在透射电子显微镜里”的构....

报告摘要： 　　Chemical engineering is a discipline that harnesses the knowledge of physical science (e.g. chemistry and physics), and life sciences (e.g. biology, microbiology an...

报告摘要: 　　报告将介绍武器物理、惯性约束聚变等研究领域对原子分子物理参数的需求，以及北京应用物理与计算数学研究所的原子分子物理研究团队，围绕应用需求所开展的相关应用基础研究，包...

报告简介: 　　We have developed an efficient CALYPSO (Crystal structural AnaLYsis by Particle Swarm Optimization) method for structure prediction from “scratch”. CALYP...

报告简介: 　　Bell's inequalities can be seen as a family of entanglement witnesses, with a very special property: they detect entanglement without need of prior knowledge on the...