Molecular Electronic Structure Theory: Applications and Methods

格鲁吉亚大学的弗里茨·谢弗得到了理论和计算化学项目的支持，继续研究量子化学技术的发展及其在各种项目中的应用。在该项目的第一部分，Schaefer正在开发一种多参考耦合簇（MR-CC）方法，用于理解化学反应，过渡金属，激发态和其他困难的系统。在第二和第三部分中，正在进行涉及GaN纳米结构设计和氨基酸参数开发的应用项目。 这项工作正在产生更广泛的影响，无论是在培养研究生方面，还是在对与新兴技术，特别是纳米技术直接相关的系统进行理论研究方面。

Fritz Schaefer of the University of Georgia is supported by the Theoretical and Computational Chemistry program to continue his research into the development of quantum chemical techniques and their application to a variety of projects. In the first part of this project, Schaefer is developing a multi-reference coupled-cluster (MR-CC) method for use in understanding chemical reactions, transition metals, excited states and other difficult systems. In the second and third parts, application projects involving the design of GaN nanostructures and the development of parameters for amino acids are being pursued. This work is having a broader impact both in terms of the training of graduate students and in terms of the theoretical investigation of systems that have immediate relevance to emerging technologies, particularly nanotechnology.