Quantum phenomena in low-dimensional materials and nanostructures.

提议的暑期学校是为博士研究生（2-4年级）和初级博士后研究人员设计的，他们将解决与新的低维材料中发现的量子物理学相关的基本问题：石墨烯，拓扑绝缘体，过渡金属氧化物化合物的异质结构，以及粒子超导体。学院还将回顾自旋量子比特和超导量子比特、半导体光子学和纳米机械系统的发展现状。对实验发现和技术进步的回顾将辅以与量子现象和低维系统/材料和纳米结构强相关性进一步研究相关的理论技术的讲座课程。该课程将于2010年8月9日至21日举行。

The proposed Summer School is designed for PhD students (in years 2-4) and junior postdoctoral researchers will address raising fundamental issues related to quantum physics discovered in new low-dimensional materials: graphene, topological insulators, heterostructures of transition metal oxide compounds, and in pnictide superconductors. The School will also review the state of the art in the development of spin qubits and superconducting qubits, in semiconductor photonics, and in nanomechanical systems. Reviews of the experimental discoveries and technological advancements will be complemented by lecture courses on theoretical techniques relevant for the further studies of quantum phenomena and strong correlations in low-dimensional systems/materials and nanostructures. The School will take place 9-21 August, 2010.