Strongly Correlated and Disordered Fermi Systems

将对费米系统的性质进行理论研究，其中粒子间相互作用或缺乏平移不变性会产生定性的新效应。这项工作与当前许多实验感兴趣的系统有关，如重费米子化合物、液氦三近凝固、高温超导体、掺杂半导体、非晶合金和碱掺杂富勒烯。对热力学和非晶固体和结晶固体中强相互作用电子的输运性质的理解与基础科学相关，并最终导致技术上有用的材料的设计。将对相互强烈相互作用的电子的行为进行理论研究。这是一个尚未解决的非常根本的问题。然而，它的解决方案将对包括高温超导体和新发现的超导富勒烯在内的多种材料产生重大影响。

Theoretical research will be conducted on the properties of Fermi systems where the interparticle interactions or the lack of translational invariance gives rise to qualitatively new effects. The work is relevant to many systems of current experimental interest such as heavy Fermion compounds, liquid Helium three near solidification, high temperature superconductors, doped semiconductors, amorphous alloys and alkali-doped Fullerenes. The understanding of the thermodynamics and the transport properties of strongly interacting electrons in amorphous and crystalline solids is relevant to basic science and will ultimately lead to the design of technologically useful materials. %%% Theoretical research will be done on the behavior of electrons which interact strongly with each other. This is a very fundamental problem which remains unsolved. However, its solution will have major impacts on a variety of materials including the high temperature superconductors and the newly discovered superconducting Fullerenes.