The 4th Windsor Summer School in Condensed Matter Theory Quantum Transport and Dynamics in Nanostructures

本学院将回顾量子纳米系统和纳米结构材料在理论和实验方面的最新进展。本课程将涵盖以下主题：(i)新发现的二维材料石墨烯的电子特性，回顾量子霍尔效应和自旋霍尔效应的最新进展；（ii）碳纳米管、量子线中的Luttinger液体和玻色子化技术、近藤效应、功能重整化群方法；（iii）量子信息处理，量子比特的相相干和去相干，量子点和微腔的相干激子动力学和光学性质，有限维量子凝聚体的绝热和非绝热动力学。理论方法的讲座将辅以先进实验的回顾和重点研究研讨会。讲座和研讨会将由来自美国、英国、德国等国家的顶尖专家提供（完整的名单在支持案例中）。

This School will review the state of the art in the theory and experiment on quantum nano-systems and nano-structured materials. The course will cover the following topics: (i) electronic properties of the recently discovered new 2D material - graphene, review of the recent progress in quantum Hall effect and spin-Hall effect; (ii) carbon nanotubes, Luttinger liquid in quantum wires and the bosonisation technique, Kondo effect, functional renormalisation group methods; (iii) quantum information processing, phase coherence and de-coherence in qubits, coherent exciton dynamics and optical properties of quantum dots and microcavities, adiabatic and non-adiabatic dynamics of quantum condensates of finite dimensions. The lectures in theoretical methods will be complemented by reviews of advanced experiments and focused research seminars. The lectures and the seminars will be delivered by leading specialists from the USA, the UK, Germany, etc (a full list is in the case for support).