Research in Intermediate Energy Physics

9526217波卡尼亚研究将在实验核物理中进行。中心活动是一项高精度的介子β衰变实验，该实验将在瑞士的保罗·谢勒研究所进行。这项测量将为可能的其他几代夸克和轻子提供新的限制。LAMPF还将开展研究，研究在手征微扰理论测试、SLAC、自旋结构函数测量领域和CEBAF所需的作为关键输入的介子-介子相互作用，包括核子结构和Phi介子物理方面的工作。将开展开发工作，目的是生产一种快速、高分辨率的探测器系统，适合介子β衰变实验的高数据率。上述领域的研究将促进我们对核子和介子的潜在夸克模型的理解。这些话题是核物理学中最令人兴奋的话题之一。研究生和博士后教育是这项活动不可或缺的一部分，主要最先进设备的开发和建造也是不可或缺的*

9526217 Pocanic Research will be carried out in experimental nuclear physics. The central activity is a high precision pion beta-decay experiment which will be performed at the Paul Scherer Institute in Switzerland. This measurement will provide new limits on possible other generations of quarks and leptons. Research will also be carried out at LAMPF, studying pion-pion interactions needed as critical input in tests of chiral perturbation theory, at SLAC, in the area of spin structure function measurements, and at CEBAF, including work on nucleon structure and phi-meson physics. Development work will be carried out for the purpose of producing a fast, high-resolution detector system suitable for the pion beta decay experiment's high data rates. Research in the above areas will advance our understanding of the underlying quark model of nucleons and mesons. These topics are among the most exciting in nuclear physics. Education of graduate students and postdocs is integral to this activity, as is development and construction of major state-of-the-art equipment ***