U.S.-Mexico Cooperative Research: Theoretical Studies of Quantum Transport in Mesoscopic Systems in Reduced Restricted Dimensionality

该奖项将支持美国-墨西哥科学 豪尔赫·何塞教授之间的合作 东北大学教授G. Monsivais， E.科塔和G.自治大学的拉米雷斯 Nacional de Mexico（UNAM）. 的主要目标 这项研究是为了研究电子和 受限系统的超导性质 维度 拟议的研究将分为两个部分： 1)准一维电子输运 有和没有相互作用的系统，无序， 时间依赖电位，和2）研究的 随机阵列的亚稳磁性 约瑟夫森结以及高温 超导体 这项研究将依赖于 使用数值模拟技术，以及 作为分析技术，并将建立在以前的 合作者的成功。 本研究 很可能会导致新设备的开发 在介观量子效应的范围内 electronics.

This award will support a U.S.-Mexico scientific collaboration between Professor Jorge Jose of Northeastern University and Professors G. Monsivais, E. Cota, and G. Ramirez of the Universidad Autonoma Nacional de Mexico (UNAM). The main objective of the research is to study electronic and superconducting properties of systems of restricted dimensionality. The proposed study will be divided into two parts: 1) transport in quasi-one dimensional electronic systems with and without interactions, disorder, and time-dependent potentials, and 2) studies of the metastable magnetic properties of random arrays of Josephson junctions as well as high temperature superconductors. The proposed research will rely on the use of numerical simulation techniques, as well as analytic techniques, and will build on previous successful work of the collaborators. This research is likely to lead to the development of new devices within the realm of mesoscopic quantum effect electronics.