Research in Condensed Matter Theory

普兰奇博士发展了一套完整的磁性理论 的巡回电子材料，并取得了重要的 对量子霍尔效应理论的贡献 混沌，电子气体与限制维数，和 高度无序系统中的超导性，等等。 在 特别是他发现的安德森本地化， 量子混沌和无公度势中的电子态 继续阐明所有三个领域。 他对磁学的研究 新的实验数据和新的计算结果支持了这一观点， 自旋极化光电发射 降级和增强Navisphere 临界温度的无序，在不同类别的 将解释超导材料以及 非弹性散射的温度和无序依赖性 时间在薄金属膜。 工作将进一步细化 在高温超导，运输， 性质的巡回铁磁体，在量子混沌，在 量子霍尔效应，并在电子的性质 接口状态。

Dr. Prange has developed a comprehensive theory of the magnetism of itinerant electron materials, and has made important contributions to theories of the Quantum Hall Effect, Quantum Chaos, Electron gases with restricted dimensionality, and Superconductivity in highly disordered systems, among others. In particular, the connection he found among Anderson localization, quantum chaos, and electronic states in incommensurate potentials continues to elucidate all three fields. His work on magnetism is supported by new experimental data and new calculations on spin polarized photoemission. Degradation and enchancement of critical temperatures by disorder, in different classes of superconducting materials will be explained as well as the temperature and disorder dependence of the inelastic scattering time in thin metal films. The work will be further elaborated with projects in high temperature superconductivity, in transport properties of itinerant ferromagnets, in Quantum Chaos, in the Quantum Hall Effect, and in the properties of electronic interface states.