Renovation of Particle Physics and Astrophysics Laboratories

*9415120-巴拉穆斯-利用地面粒子加速器和天体物理粒子源进行的基础粒子物理研究，在太空中进行，将在宾夕法尼亚大学物理和天文学系进行翻新。ARI的资金将补充大学在这些物理领域的实验室改造方面的投资。作为基本粒子物理学的领军人物之一，这项研究的目标是发现支配宇宙中物质和能量行为的基本规律，包括空间和时间结构。这项工作需要实验室实验、天文观测和理论综合的结合。研究空间在20世纪50年代为满足科学家的需求而建造和配置，S将被改造成现代化的实验室，这些实验室将容纳基本粒子物理和天体物理方面的世界级研究和培训工作。该项目的主要组成部分是：1)更换和升级不起作用的暖通空调系统的不足之处；2)重新安排室内空间，以满足现代研究需求的挑战；3)更换陈旧的配电系统；以及4)提供专用的探测器和电子测试空间。这个项目将为现在和未来的教职员工和学生提供必要的基础设施，使他们能够在多机构合作中发挥科学领导作用，这是弟子现代研究的特征。这些翻新将提供机会，继续一个高质量的研究计划，研究物理学中的重要问题，研究小到中微子，或大到宇宙本身的物体。***

*** 9415120 - Balamuth -Elementary particle physics research, utilizing terrestrial particle accelerators and astrophysical particle sources, is conducted in space to be renovated in the University of Pennsylvania's Department of Physics and Astronomy. ARI funds will complement the University's investment in renovating laboratories for these areas of physics. As one of the leaders in elementary particle physics, the goal of this research is to discover the fundamental laws governing the behavior of matter and energy in the universe, including the structure of space and time. The work requires a combination of laboratory experiments, astronomical observations, and theoretical synthesis. Research space, built and configured for the needs of scientists in the 1950's, will be converted to modern laboratories that will house world class research and training efforts in elementary particle physics and astrophysics. Principal components of the project are: 1) Replacement and upgrading of insufficient of nonfunctional HVAC systems; 2) Rearrangement of interior spaces to meet the challenges of modern research needs; 3) Replacement of obsolete electrical distribution systems; and 4) Provision of dedicated detector and electronics test space. This project will provide the infrastructure necessary for present and future faculty and students so that they can exert scientific leadership in multi-institution collaborations that characterize modern research in the disciple. The renovations will provide the opportunity to continue a high quality research program investigating important problems in the physics to objects as small as a neutrino, or as large as the universe itself. ***