Properties of Condensed Matter Systems and Field Theories

这项工作将为凝聚态物理中的各种基本问题提供理论理解，同时研究凝聚态和粒子物理相关的场理论模型。研究的主题在低温物理领域；强相关系统；高温超导性；凝聚态物质中的拓扑效应；无序系统，包括大分子系统的局域化、平衡和非平衡性质，以及自旋玻璃；场论和临界现象，包括二维相变和保角方差；中子星，超新星，早期宇宙，以及极端条件下的物质。

This work will provide theoretical understanding of various fundamental problems in condensed matter physics while investigating field theoretical models relevant to both condensed matter and particle physics. Topics under investigation lie in the areas of low temperature physics; strongly correlated systems; high temperature superconductivity; topological effects in condensed matter; disordered systems, including localization, equilibrium and non-equilibrium properties of macromolecular systems, and spin glasses; field theory and critical phenomena, including two-dimensional phase transitions and conformal variance; neutron stars, supernovae, the early universe, and matter under extreme conditions.