Abstract： Biominerals are remarkable materials with complex and often hierarchical structures (see image of sea urchin spine below) and superior physical properties compared to m...

报告摘要：激光操控单个中性原子及原子阵列在基于原子的量子计算、量子模拟和超越标准量子极限的精密测量研究中具有重要意义，然而其实验实现面临很大的挑战。本报告将介绍该团队在单原子激光魔...

报告摘要： Honeycomb lattice plays an extremely important role in fostering topology physics as known from the Haldane model and the Kane-Mele model [1]. Recently, we propose a way...

报告摘要： As a promising non-noble-metal material for hydrogen evolution reaction (HER), the MoS2 has received significant research interests. The pristine MoS2 is known to cont...

报告摘要： 发展清洁能源技术是我国重大的战略需求方向。为了提高光-电、光-化学、电-化学等重要能源转换过程的整体效率，以及提升能源存储器件的能量密度和循环寿命等关键性能，有必要从物理化...

Abstract： Mechanochemical transduction processes, that is, cascades of events that translate macroscopic forces into chemical reactions, are common in all living organisms.&nbsp...

报告摘要： 非晶合金具有许多优异的力学、物理和化学性能，良好的应用前景，有望成为新一代的金属材料，因此，非晶合金的形成、结构和性能的研究备受关注，其中，非晶合金的形成机理和塑性变....

报告摘要： In recent years, two-dimensional (2D) or quasi-2D materials have attracted numerous interests for their fascinating properties. It is highly desirable to design new fu...

报告摘要： High quality low-dimensional carbon materials, such as carbon nanotube and graphene, is highly desired for both fundamental research and their industrial applications....

报告内容：木材具有奇妙的构造和利用价值，是大自然的神奇馈赠。报告将主要介绍从宏观至微观和纳观的木材各向异性特征、细胞和纤丝的层次构造特性、化学组分复合特点，生物炼制和组分利用时面临...

报告摘要： In recent years, research on nucleation and crystallization has revealed alternative pathways to the classical ones known from the textbooks of crystallization. These....

报告摘要： 电子-分子碰撞过程在天体物理，等离子体物理，惯性约束核聚变，大气物理，和生物物理中有非常重要的运用 [1]。在极性分子的低能电子碰撞实验中，测量小角度的微分截面非常困难，给....

Abstract： Which features make the brain such a powerful and energy-efficient computing machine? Can we reproduce them in the solid state, and if so, what type of computing parad...

报告摘要： 　　Developing highly efficient electrocatalysts is becoming increasingly important to renewable energy applications, where novel methods to controllably tune the catal...

报告摘要： 材料的物相与相变一直是物理学界最关注的科学问题之一。关于铁磁一级相变，通常认为在温度降至居里温度Tc时，一级相变完成并且材料表现出非零的自发磁化；在居里温度Tc以上，自由能...

报告摘要： After more than 20 years’ development, spin-transfer-torque magnetic random access memory (STT-MRAM) has emerged as one of the most promising emerging main strea...