报告摘要：　　低维量子材料具有丰富的光与物质相互作用和新奇的物理效应。光与物质相互作用除了作为探测手段以外，还有望利用强场脉冲激光作为一种新型物态调控手段，通过周期光场对电子态进行...

Abstract:        Light can be localized to extremely small regions, down to subnanometer dimensions, by metallic nanoresonators that support resonant oscillatio...

Abstract:　　I will talk about the novel properties due to crystal symmetry in spin-splitting antiferromagnets (AFMs) [Nat. Commun. 12, 2846 (2021)] (also named altermagnet) and in...

报告摘要：　　Benefited from recent advances in big-data analytics, the machine learning method was proposed to accelerate discovery of materials with desired properties. In this t...

Abstract：　　Modern laser spectroscopic and metrology methods, involving atomic clocks and frequency comb lasers, allow for ever more refined and accurate determination of the qua...

报告摘要：　　同步辐射光源所产生的X射线具有高通量、小光斑、宽能区、波长连续可调等优势，为催化材料“构效关系”研究提供了优越的表征平台。其中，X射线吸收精细结构谱学(XAFS)方法不仅具有元...

报告摘要：　　Recent experiments have revealed the possibility of achieving sizeable Coulomb interaction driven gapped phases in dual gated rhombohedral multilayer graphene devices...

Abstract:　　VeloxChem is a science- and educational-enabling software platform for quantum molecular modeling at the levels of DFT and TDDFT. It is strictly object-oriented and wr...

报告摘要：　　光与物质相互作用是各种光学现象与光电子器件的物理基础，把光场局域到很小的空间体积中是获得高效率光与物质相互作用的一个重要途径，因此纳米光学在过去的几十年中受到人们的广...

Abstract：         Quantum interference is the heart of quantum mechanics. It occurs when two or more quantum states overlap, leading to a combined probabi...

Abstract:　　The goal of slowing the rate of aging is a huge challenge because ofthe intricatecomplexity of the human body. However, the capabilities of computational and analytica...

报告摘要：　　Visible light irradiation covers a range of wavelengths that corresponds to 40-70 kcal/mol of energy. While blue and purple light is most common and enabling, the use...

Abstract：　　Along with the remarkable progress in the field of organic, quantum dot based- and recently emerged perovskite optoelectronics, solution-processed semiconductors have...

报告摘要：　　Quantum entanglement is the cornerstone of quantum communication and computation. The generation and distribution of entangled quantum states are fundamental to ensur...

报告摘要：　　Tip-enhanced Raman spectroscopy (TERS), which combines scanning probe microscopy and plasmon-enhanced Raman spectroscopy, is capable of simultaneously obtaining the t...

报告摘要：　　手性是自然界许多物体的基本属性之一，对生命活动和物质性能有重要作用。分子、超分子、纳米结构等多层次手性物质的精准构建与功能开发是手性科学的核心研究内容。基于分子间非共...