Theoretical Solid State Physics

该基金支持凝聚态物理和材料科学领域的长期、广泛的研究项目。研究项目涵盖半导体、金属、表面、缺陷、超导、压力下材料、簇、富勒烯基材料、纳米管和固体中的多体效应等领域。主要目标是利用量子理论来解释和预测材料的性质。重点是使用现实的模型，与实验家密切合作，研究和建议生产新颖有用的材料，发展新的理论方法，并预测固体的电子和结构特性。该基金支持凝聚态物理和材料科学领域的长期、基础广泛的研究项目。研究项目涵盖半导体、金属、表面、缺陷、超导、压力下材料、簇、富勒烯基材料、纳米管和固体中的多体效应等领域。主要目标是利用量子理论来解释和预测材料的性质。重点是使用现实的模型，与实验家密切合作，研究和建议生产新颖有用的材料，发展新的理论方法，并预测固体的电子和结构特性。＊＊＊

9520554 Cohen This grant supports a long-range, broad based research program in condensed matter physics and materials science. The research projects cover the fields of semiconductors, metals, surfaces, defects, superconductivity, materials under pressure, clusters, fullerene-based materials, nanotubes, and many-body effects in solids. The major objective is to use quantum theory to explain and predict the properties of materials. Emphasis is placed on using realistic models, close collaborations with experimentalists, investigations and suggestions for producing novel and useful materials, development of new theoretical approaches, and predictions related to electronic and structural properties of solids. %%% This grant supports a long-range, broad based research program in condensed matter physics and materials science. The research projects cover the fields of semiconductors, metals, surfaces, defects, superconductivity, materials under pressure, clusters, fullerene-based materials, nanotubes, and many-body effects in solids. The major objective is to use quantum theory to explain and predict the properties of materials. Emphasis is placed on using realistic models, close collaborations with experimentalists, investigations and suggestions for producing novel and useful materials, development of new theoretical approaches, and predictions related to electronic and structural properties of solids. ***