Experimental Solid State Research

拟议的工作打算澄清几个重要问题 凝聚态物理学的最新进展 它们包括动态和静态 表面吸附原子的磁性质 多单层水平;负责高的机制 温度超导，特别是性质的 二维反铁磁性的类型证明在 铜氧化物高温超导体;寻找新的高温超导体 超导体;和强本地化的性质，在一个- 和二维电磁系统。 这项研究将 利用电子自旋共振技术，直流电 磁化、弱局域化、原子扫描和力 显微镜应用于这些问题。

The proposed work intends to clarify several important problems in condensed matter physics. They include the dynamic and static magnetic properties of surface adatoms at fractional through multimonolayer levels; the mechanism(s) responsible for high temperature superconductivity, in particular the nature of the two-dimensional antiferromagnetism of the type evidenced in the copper oxide high Tc superconductors; the search for new high Tc superconductors; and the nature of strong localization in one- and two-dimensional electromagnetic systems. The research will utilize the techniques of electron spin resonance, direct dc magnetization, weak localization, and atomic scanning and force microscopy for application to these problems.