Photonuclear and Fundamental Particle Physics

CP破坏的研究，3-3的光产生 共振，μ子反常磁矩（g-2）将是 贯彻 CP违规工作将在 CERN/LEAR使用标记的中性K介子和反K介子束来帮助 确定已知CP违规的来源。 BU将提供 飞行时间测量系统 的光生 3-3共振将在氢和核中进行研究 系统通过光子散射，中性π介子光生， 和π介子俘获反应。 重点将放在测量上 相干的产生和散射， 发展了等压空穴理论。 μ子反常磁矩 将被精确到百万分之0.3 在这个 灵敏度水平，比现有数据提高20倍， 检验统一的电弱理论是可能的。 偏差 从标准模型的预测将表明， 新物理的存在。

Studies of CP violation, photoproduction of the 3-3 resonance, and the muon anomalous magnetic moment (g-2) will be carried out. The CP violation work will be carried out at CERN/LEAR using tagged, neutral kaon and anti-kaon beams to help determine the source of known CP violation. BU will provide the time-of-flight system for that experiment. Photoproduction of the 3-3 resonance will be studied in hydrogen and in nuclear systems through photon scattering, neutral pion photoproduction, and pion capture reactions. The emphasis will be on measurement of coherent production and scattering, for which there is a well developed isobar-hole theory. The muon anomalous magnetic moment will be determined to 0.3 parts-per-million accuracy. At this level of sensitivity, a 20-fold improvement over existing data, it is possible to test the unified electroweak theory. Deviation from the predictions of the standard model will indicate the existence of new physics.