Abstract:　　Nonlinear response properties of solids have attracted tremendous interest recently. So far, the studies of nonlinear responses are mostly focused on the charge curren...

Abstract:　　Driven-dissipative physics lie at the core of quantum optics, but the full interplay between a driven quantum many-body system and its environment remains relatively u...

报告摘要：　　电子-声子耦合（EPC）是凝聚态物质中重要的多体相互作用，对体系物理性质的形成往往起到关键作用。本报告先以电荷密度波相变为例，讲述在动量空间解析EPC的重要性，然后介绍利用....

报告摘要：　　Fractional quantum Hall effect (FQHE) is a prime example of topological quantum many-body phenomena, arising from the interplay between strong electron correlation, t...

Abstract:　　The interplay between topology and electronic correlations has become a central theme in the study of moiré superlattices. Recent experiments revealing fractional topo...

报告摘要：　　通过量子输运手段研究介观器件中蕴含的丰富量子现象是凝聚态物理的重要方向之一。将低维材料与超导结合构建复合介观器件，可以用于研究拓扑物态、拓扑超导、马约拉纳零能模等新奇...

报告摘要：　　Moiré crystals support flat bands with significant electron correlation effects, providing a novel platform for realizing unconventional superconductivity. In this ta...

报告摘要：　　镍氧化物是近年来新兴的超导材料体系，继铜基和铁基超导材料之后，为非常规超导的研究提供了新的突破性平台。然而，目前镍氧化物的超导仅能在薄膜样品或高压条件下实现，其中毫米...

Abstract:　　Altermagnets, combining the strengths of ferromagnets and antiferromagnets, have emerged as an exciting platform for next-generation spintronic applications. Integrati...

Abstract：　　In the near-perfect vacuum of the Inter-Stellar Medium (ISM) a wide variety of complex organic molecules, including pre-biotics, are observed, which should have been....

报告人简介：　　张秋禹，西北工业大学长聘教授，博导，教育部“长江学者”特聘教授，中国化工学会会士。主要从事有机多孔材料、功能与智能高分子和能源与催化材料研究。担任特种功能与智能高分子...

报告人简介：　　孔杰，西北工业大学教授，洪堡学者，陕西省“三秦学者”特聘教授及创新团队带头人，主要从事超支化高分子设计合成及在电磁功能材料中应用的研究工作；主持国家杰出青年科学基金项...

报告摘要：　　自旋、电荷、晶格是固体材料中最为重要的自由度，它们之间的相互作用决定了材料的光电和输运性质。本报告将介绍我们在半导体自旋-电荷-晶格的相互作用光学探测和调控的最新研究进...

Abstract 　　The anomalous Hall effect (AHE), conventionally associated with time-reversal symmetry breaking in ferromagnetic materials, has recently been observed in nonmagnetic t...

报告摘要：　　About two decades ago a mechanism for generating what later termed unconventional magnetism (UM) was proposed in analogy to unconventional superconductivity (PRL 93,....

报告摘要：　　尽管理论工作早已预测激子自发凝聚现象和以量子自旋液体为代表的分数化激发，由于受限于材料制备和表征技术，相关的证据和原型实例仍十分缺乏。 在二维极限下，减弱的屏蔽效应和....