CTEQ Summer Schools in QCD Analysis and Phenomenology

本提案提出了一项为期两年的计划，以继续CTEQ学校的QCD分析和现象学，并要求重新支持这些学校的部分参与者成本。基本粒子物理学探索物质最深层的结构。量子色动力学（QCD）控制着基本粒子的强相互作用，它在高能下的研究越来越多地被基本粒子和核物理所共享。自1992年以来，14所CTEQ暑期学校在世界范围内的基本粒子和核物理事业中发挥了重要作用，促进了QCD的知识及其在电弱精度测量和新物理搜索中的应用。这些学校包括八天的讲座和讨论，学生们与杰出的专家，理论家和实验家密切互动。这些学校的听众主要是年轻一代的高能基本粒子和核物理学家，特别是实验学家。CTEQ学校通过深化年轻科学家的背景来帮助智力进步，这些科学家为我们的实验和理论项目做出了贡献。学校更广泛的影响是通过学生对他们的研究在基础物理的整体事业中的背景的加强认识来感受到的。学校的互动性鼓励了必要的技能，以便在合作中与更广泛的公众交流基础物理学的兴奋和结果。

This proposal presents a two-year plan to continue the CTEQ Schools on QCD Analysisand Phenomenology, and requests a renewal of support for a part of the participants' costs of these schools. The physics of elementary particles probes the deepest structure of matter. Quantum chromodynamics (QCD) governs the strong interactions of elementary particles, and its study at high energies is increasingly shared by both elementary particle and nuclear physics. Since1992, fourteen CTEQ Summer Schools have played an important role in the world-wide elementary particle and nuclear physics enterprises, by promoting the knowledge of QCD and its applications to electroweak precision measurements and new physics searches. The Schools consist of eight days oflectures and discussion, in which students interact closely with distinguished experts, both theorists and experimentalists. The audience for these schools is primarily the younger generation of high energy elementary particle and nuclear physicists, especially experimentalists. The CTEQ Schools aid intellectual advances by deepening the background of young scientists who contribute to our experimental and theoretical programs. The broader impact of the school is felt through the students' strengthened awareness of the context of their research in the overall undertaking of fundamental physics. The interactive nature of the schools encourages the skills necessary for communicating the excitement and results of fundamental physics within collaborations and to the wider public.