【学术视频】The Kavli ITS workshop - Majorana Modes | 中科院物理所胡江平研究员

图 | 胡江平研究员

题   目：Iron Based Superconductors As Topological Materials

报告人：胡江平

单   位：Institute of  Physics, Chinese Academy of Sciences

时   间：2019年1月8日-11日

地   点：University of Chinese Academy of Sciences

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报告提纲

• Introduction and review

• Band structure and symmetry in iron-based superconductors

• Topological band structures in iron-based superconductors

• Topological Vortex Phases (Zero bias peak)

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个人简介

胡江平，1994年在北京大学核物理专业获学士学位；1997年在中科院理论物理所获硕士学位；2002年在美国斯坦福大学获理学博士学位；2002年-2004年在加州大学洛杉矶分校做博士后研究；2008年在普渡大学任副教授；2010年加入中科院物理所任研究员；2017年担任中科院物理所副所长；2018年9月，当选美国物理学会会士(APS Fellow)。其研究方向为：强关联电子系统理论（包括铜氧化物超导材料的理论，低维量子强关联系统，量子霍尔效应，拓扑效应等）；铁基超导体的物性和机理；多铁性材料的物性和机理；自旋电子学和强自旋轨道结合体系的新物理规律；冷原子系统的物理。

会议简介

The Kavli ITS workshop on “Majorana Modes in Topological Superconductors” was held at the Kavli Institute for Theoretical Sciences (Kavli ITS) at UCAS in Beijing from January 8-11, 2019. The workshop mainly focuses on the realization and application of elusive Majorana modes in topological superconductors.

Majorana particles, which are their own antiparticles, have been of considerable interest for quantum computing in solid state systems since the zero-bias peak of the conductance was observed in the semiconductor nanowires. Now there are multiple experimental hints to support the potential existence of the Majorana states possessing zero energy. Since Majorana states can form qubits for quantum computations, once the Majorana states are able to be fully controlled and manipulated, the number of the Majorana qubits can be scalable to accelerate the speed of the quantum computation.

The scope of this workshop is to discuss the recent topics in Majorana bound states and Chiral Majorana edge modes in class D, aiming at promoting new collaborations among participants and seeking practical implementations to use Majorana modes for quantum computation. Furthermore, in the workshop, there will be a discussion session focusing on Majorana physics in the vortices of the topological superconductors.

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