[超导国家重点实验室学术报告]Tailoring the Electronic Structure of Quantum Materials under Extreme Conditions

The ability to manipulate the electronic structure of quantum materials is pivotal to discovering emergent quantum phases and developing future quantum technologies. External tuning parameters-including dimensional confinement, electrostatic doping, and high magnetic fields-provide powerful and complementary means to engineer electronic states and uncovering their underlying properties.

[超导国家重点实验室学术报告]vdW magnet spintronics

Electrical control of quantum magnetic states is essential for both academic interest and next-generation spintronic device applications, which is one central focus of quantum materials and devices. Very recently, 2D van-der-Waals (vdW) magnetic materials have rapidly flourished to become star members in the field of 2D materials and device physics, providing enormous opportunities to open and advance diverse research directions from fundamental physics to device applications

[超导国家重点实验室学术报告]Symmetry Manipulation to Unlock Exotic Superconductivity对称性调控：迈向非常规超导

晶体结构及其对称性是决定材料物理性质的关键因素，这在过渡金属二硫族化合物（TMD）超导体中尤为突出。一方面，通过插层调控TMD的层间距，可在体相材料中实现二维超导；另一方面，调节TMD层间堆叠方式，则能诱导出反演对称性破缺的超导态，并伴随丰富的物理现象。此外，手性结构因缺乏镜像对称面与反演中心，同样可破坏空间反演对称性。因此，基于晶体结构对称性调控及手性结构体系的探索，是发现新颖超导物性的有效策略。