US-Vietnam Cooperative Research in Computational Materials and Device Physics

0435632Joynt这是威斯康星大学的Robert Joynt博士和河内大学的Bach Thanh Cong教授合作的美越合作研究项目，研究计算材料和设备物理。这项研究包括四个与计算器件物理相关的独立项目：锰氧化物的磁性结构、金红石/水界面的光化学、量子点的自旋弛豫以及用于量子计算的器件设计的优化。提议的主题是现代的，与正在进行的凝聚态和材料物理学的研究相关。这是一项经过深思熟虑和精心设计的研究。它可以帮助越南计算材料科学的发展，并促进两国计算物理人力资源的开发

0435632JoyntThis is a U.S.-Vietnam cooperative research project between Dr. Robert Joynt, University of Wisconsin and Professor Bach Thanh Cong, Hanoi University to study computational materials and device physics. This study includes four separate projects related to computational device physics: magnetic structure of manganites, photochemistry at the rutile/water interface, spin relaxation in quantum dots, and optimization of device design for quantum computing. Proposed topics are modern and relevant to ongoing research in condensed and materials physics. This is a thoughtful and carefully designed study. It can help the development of computational materials science in Vietnam and can enhance the human resource development in computational physics in both countries