Participant Support for the Third Fundamental Neutron Physics Summer School will be held at TRIUMF, Vancouver, Canada

“基本中子物理学”是“基本对称性”的一个实验子领域，它通过使用精确测量来解决粒子物理学的核心问题，通常涉及极化原子和原子核。 这些实验通常使用低能设施和技术，包括中子束、超冷中子、极化源和激光物理工具。 基本中子物理暑期学校的目的是将研究生和年轻的博士后与专业人士聚集在一起，他们提供讲座，全面概述理论基础和动机，基本原理和物理学，这些原理和物理学是我们对中子源和中子束的理解的基础，以及正在进行和计划进行的实验套件所代表的具体主题。 基本中子物理暑期学校将于2012年8月6日至16日在不列颠哥伦比亚省温哥华的TRIUMF举办，作为TRIUMF暑期研究所（TSI 2012）的一部分。 TSI 2012的课程将包括对标准模型和超越标准模型物理的粒子理论的广泛介绍，这将促进基础中子物理，μ子物理和中子物理的研究。 基础中子物理课程将包括中子源，中子光学和极化技术的介绍材料。 从那里，包括电偶极矩（EDM），干涉测量，引力相互作用和强子宇称破坏的实验将展示目前正在进行的研究的广度以及未来的前景。 顶点讲座将挑战讲师和学生考虑这些领域将在十年后。 将由24名讲师举办31场讲座。 此外，家庭作业和分组讨论部分将围绕学校。

"Fundamental Neutron Physics'' is an experimental subfield of "Fundamental Symmetries," which addresses core problems of particle physics through the use of precision measurements, often involving polarized atoms and nuclei. These experiments generally use low-energy facilities and techniques including neutron beams, ultra-cold neutrons, polarized sources and and laser-physics tools. The Fundamental Neutron Physics Summer School has the aim of bringing together graduate students and young post docs entering the field with professionals who provide lectures that give a comprehensive overview of the theoretical foundations and motivations, the basic principles and physics that underlie our understanding of the neutron sources and neutron beams, and specific topics represented by the suite of experiments ongoing and planned. The Fundamental Neutron Physics Summer School will take place as part of the TRIUMF Summer Institute (TSI 2012), August 6-16, 2012, at TRIUMF in Vancouver, BC. The curriculum of TSI 2012 will include a broad introduction to the particle theory of the Standard Model and Beyond Standard Model Physics that motivates research in fundamental neutron physics, muon physics and neutron physics. The fundamental neutron physics curriculum will include introductory material on neutron sources, neutron optics and polarization techniques. From there, experiments including electric dipole moment (EDM), interferometry, gravitational interaction and hadronic parity violation will present the breadth of research currently underway as well as prospects for the future. The capstone lecture will challenge the lecturer and students to consider where these fields will be a decade from now. Thirty-one lectures will be presented by 24 lecturers. In addition, homework and breakout discussion sections will round out the school.