Research at CESR using the CLEO II Detector

这项资助涵盖了堪萨斯大学的一个小组与其他NSF和DOE支持的科学家合作进行的基本粒子物理实验研究。该小组在CESR（康奈尔电子-正电子对撞束加速器）进行研究，研究电子-正电子与CLEO II探测器的相互作用。他们将研究底夸克和轻子，这是迄今为止发现的最重的基本粒子。基本粒子标准模型中的第三族夸克和轻子的性质几乎完全由康奈尔大学CLEO小组的工作决定。

This grant covers experimental Elementary Particle Physics research by a group at the University of Kansas in collaboration with other NSF and DOE supported scientists. The group conducts research at CESR, the Cornell electron- positron colliding beam accelerator, studying electron- positron interactions with the CLEO II detector. They will study bottom quarks and tau leptons, the heaviest fundamental particles yet discovered. The properties of the third family of quarks and leptons in the Standard Model of elementary particles are almost entirely determined by the work of the CLEO group at Cornell.