Theoretical High Energy Physics

理论基本粒子物理学的研究将包括基于量子色动力学（QCD）的高能基本粒子和核反应的研究。也将有从弦理论借来的技术应用到量子cd，物理系统的核子数的非守恒性的研究，以及弦理论的各种分析。弦理论是一个很有希望的候选理论，可以解释包括重力在内的所有自然力，而量子cd是一个越来越被证实的强核力理论。提高对弦理论和QCD的本质和结果的认识——这个项目的目标——显然是重要的。

Research in theoretical elementary particle physics will include studies of high energy elementary particle and nuclear reactions, based on quantum chromodynamics (QCD). There will also be applications of techniques borrowed from string theory to QCD, studies of the nonconservation of the nucleon number of physical systems, and a variety of analyses in string theory. String theory is a promising candidate for a theory of all the forces of nature, including gravity, and QCD is an increasingly-verified theory of the strong nuclear force. Improved knowledge of the nature and consequences of string theory and QCD - the goal of this project - is clearly important.