Experimental Solid State Physics

技术摘要：微波光谱技术是 被应用于凝聚态物理学的几个领域。 该项目包括自旋弛豫的研究， 界面输运，高温超导，强 在随机和周期性结构中的局部化。一个新 与一位著名的理论家合作开展的项目， AT T贝尔实验室将解决两个领域- 三维电子气和耦合量子威尔斯。的 研究的主要主题是运输的研究， 电子和电磁波通过固态 结构.首席研究员不同寻常地 成功地进行这些基础研究， 技术领域（由其他来源供资）， 专利生产和刺激小企业活动。 %%% 非技术摘要：该项目使用微波辐射 探索各种材料的特性， 包括金属、高温超导体和半导体。 研究的重点是电导率和 这些材料对微波的响应。这一根本 研究补充和促进技术项目， 主要研究者参与其中， 导致专利和技术刺激小企业。

Technical Abstract: Microwave spectroscopy techniques are being applied to several areas of condensed matter physics. The project includes investigations of spin relaxation and transport at interfaces, high-Tc superconductivity, strong localization in both random and periodic structures. A new project undertaken in collaboration with a noted theorist from AT&T Bell Laboratories will address the area of two- dimensional electron gas and coupled quantum wells. The primary theme of the research is the study of transport of electrons and electromagnetic waves through solid state structures. The principal investigator has been unusually successful in carrying these fundamental studies further to technological areas (funded by other sources) leading to patent production and stimulation of small business activity. %%% Non-Technical Abstract: This project uses microwave radiation to probe the properties of a wide range of materials, which include metals, high-Tc superconductors, and semiconductors. The research focuses on the electrical conductivity and response of these materials to microwaves. This fundamental research complements and enables technological projects in which the principal investigator is involved and which have lead to patents and techniques stimulating small businesses .