Abstract： The last few years have witnessed a surge of activity in machine learning approaches applied to materials science.  In this talk I will address both the promise a...

报告摘要： 　　Quantum phase transitions have attracted a great deal of interest in the study of condensed matter physics. Normally, this refers to continuous transitions that occ...

报告摘要： 具有高迁移率的二维材料有望取代硅材料成为新一代电路基本材料, 但要使其兼具信息非易失性记忆功能则需要加入铁性(铁磁, 铁电, 铁弹)，也有望解决硅基内存进一步小型化后棘手的量....

Abstract： The hydrogen molecule is the smallest neutral chemical entity and a benchmark system of molecular spectroscopy. The comparison between highly accurate measurements of....

报告摘要： 　　低维尺度上的磁性、铁电及多铁电性质有着重要的应用前景。但是现有条件下，已报道的这类材料仍然非常少见。因此，如何实现低维材料的这类功能性质是一个值得研究的课题。本报告...

Abstract： 　　In the on-surface chemistry area, an important topic is how the surface serves for reactions. To reveal this aspect, Glaser coupling, decarboxylation, amine-coordi...

Abstract： Emergent phenomena in oxide heterostructures such as interface charge transfer, two dimensional electron gas and ferromagnetism between two non-magnetic materials, are...

报告摘要： 借助纳米科学和技术的发展和进步，以纳米体系的电子调制为理论基础，通过在纳米层次对催化剂的组成、结构和形貌，以及电子态的调控，实现高效催化剂的理性设计和精准制备，以及真....

报告摘要： 我国是稀土资源大国，其开发利用具有重要战略意义。其中，稀土二氧化铈材料被广泛应用于汽车尾气净化，但人们对纳米二氧化铈材料的催化性能构效关系，以及稀土元素特有的高度局域f....

Abstract： 　　Despite extensive studies of transition-metal particles (Pt, Au, etc) supported on cerium oxides, CeO2, surfaces, e.g., CeO2(111), fundamental issues such as the ro...

报告摘要： 报告以碳纳米材料（包括石墨烯和碳纳米管）为例，介绍了纳米材料和聚合物基体界面工程在复合材料性能设计中的重要性；综述了相关的实验方法和技术，重点介绍了微纳鼓泡方法应用于....

Abstract： 　　Rationally designed nanomaterials hold great promise as next-generation drug delivery systems. Over the years we have developed skillsets in nanoparticle design, c...

 Abstract： The invention of water splitting and oxygen release by early photosynthetic organisms was the cornerstone for the development of our planet´s oxygen-rich a...

Abstract： 　　The 2-azaallyl anion is one of the earliest known intermediates in synthetic organic chemistry. The past decade has witnessed significant renewed interest in semi-s...

Abstract： During the last two decades, due to the rapid advancements in heteroepitaxial growth techniques, it has become feasible to reduce the oxide film thickness to nanometer...

Abstract： Analytical Ultracentrifugation (AUC)is a powerful technique for polymer and colloid analytics invented about 100 years ago by The Svedberg at the university of Uppsala...