Abstract：  　　Scanning tunneling microscope (STM) is a powerful tool in studying atomic-scale nanomagnets and quantum materials by imaging, atom manipulation and performing...

报告摘要： 首先介绍Pt基催化剂表面氧还原反应的活性位、反应路径、高过电势及缓慢动力学根源等的理论计算研究结果，特别强调含氧吸附物种作为占位相、反应中间体及质子/电子转移中介体的多种...

Abstract： Among topological materials, experimental study of topological semimetals that host Dirac or Weyl fermions has just begun, even though these topological concepts were....

报告人简介： 　　德国马普学会胶体与界面研究所所长Markus Antonietti教授是国际材料化学、纳米科技、高分子领域的著名学者。他在新型高分子和溶胶-凝胶的合成、多孔聚合物和碳材料、晶化调控...

Abstract： 　　I will discuss our recent progress on engineering of 2D materials, with a focus on metal ion intercalation and ultra-high temperature treatment (up to 3000-3500K)....

报告摘要： Many approaches, computational and experimental, are being pursued to solve the protein folding problem. One particularly exciting area is fast time-resolved spectrosc...

Biosketch： 　　I am a senior editor for Nature. I have worked as a manuscript editor at Nature for 15 years. I am in the physical sciences editorial team, overseeing peer review....

Abstract： In this talk, I summarize our recent progresses on the modelling of interlayer interactions of various two-dimensional materials, e.g. weakened van der Waals interacti...

Abstract： The interaction of light with molecular conduction junctions is attracting growing interest as a challenging experimental and theoretical problem on one hand, and beca...

报告摘要： 光催化材料是一类在光照条件下产生电子-空穴对的材料，从而诱导发生氧化-还原反应，在环境和能源领域都具有广泛的应用前景和发展潜力。对于环境光催化而言，主要是利用光催化材料的....

报告摘要： 许多复杂的微观系统，包括了从人工合成的胶体系统到由细胞所组成的生物系统，都展示出了丰富的自组织行为。在该报告中，我将给大家讲述两个模型系统的自组织。第一个模型系统是非....

报告摘要： 马旅雁研究组致力于细菌生物被膜（biofilm，亦称生物膜）的研究，旨在了解细菌的群体行为以及微生物间的信息交流，解析细菌生物被膜形成与瓦解的分子机理，为环境治理中有效发挥生...

报告摘要： 天然金刚石自发现以来一直被公认为是自然界中最硬的材料。合成出比天然金刚石更硬的新材料一直是学术界和产业界的共同追求，而且这种追求依赖于可靠的设计理论。根据极性共价晶体....

Abstract： 　　Our research program focuses on applying and developing new spectroscopic tools to determine chirality and to establish chirality recognition models at the molecula...

Abstract： Atmospheric aerosols can severely affect human health and cause allergies, asthma, and cardiovascular and respiratory diseases. Aerosols have also significant effects....

Abstract： 　　The rapid development of microsystems and nanoengineering has increased the demand for advanced microfabrication technologies. Here, we introduce two kinds of spec...