U.S.-Mexico Cooperative Research: Transport Properties of Mesoscopic Billiards: Quantum Classical Correspondence

9602971 Reichl这一美洲计划奖将资助德克萨斯大学奥斯汀分校的Linda Reichl博士和墨西哥普埃布拉自治大学的德国人露娜·阿科斯塔之间的一个合作研究项目，以研究二维半导体电子波纹通道的量子电导。主要的研究目标将是计算规则和混沌电子动力学情况下波纹通道的传导特性，并将这些计算与经典通道的电导进行比较，以确定在实验室中构建器件的最佳材料。本研究旨在从经典和量子力学两个方面阐明开放介观系统输运性质的动力学起源。这项研究结合了美国研究人员在经典和量子混沌理论方面的专业知识，以及他们机构的并行计算设施，以及墨西哥研究人员在凝聚态理论方面的专业知识。一些青年科学家和研究生将参与该项目，并将接受物理两个领域的培训。***

9602971 Reichl This Americas Program award will fund a collaborative research project between Drs. Linda Reichl, University of Texas, Austin, and German Luna Acosta, of the Universidad Autonoma de Puebla, Mexico, to study the quantum conductance of the two-dimensional semi-conductor electron ripple channel. The primary research goal will be to calculate the conduction properties of the rippled channel for the cases of regular and chaotic electron dynamics, and to compare these calculations with the conductance of classical channels to determine the best materials for constructing the devices in the laboratory. The study aims to clarify the dynamical origin of transport properties in open mesoscopic systems, both classically and quantum mechanically. The research combines the expertise of the U.S. researchers in classical and quantum chaos theory, and access to the parallel computing facilities of their institution, with the Mexican researchers expertise in condensed matter theory. A number of young scientists and graduate students will participate in the project and will be trained in both fields of physics. ***