Research in Elementary Particle Theory

这个提议由几个项目组成，每个项目都将提高我们解释标准模型之外的未来物理数据的能力。第一部分是关于超对称与希格斯物理的联系。此外，他们还预测了如果用标准模型的非希格斯扩展和大统一的SO（10）模型来描述物理学，将会发现什么样的实验结果。在这些模型中，将计算影响CP相位的环校正，包括CP违反和CP保留，但可能有很大的影响。这些效应在分析数据时很重要。PI还将在这些模型中分析希格斯扇区的物理、罕见的B衰变、电偶极矩、μ子g-2和暗物质（通过考虑热平衡遗迹密度）。

This proposal consists of several projects, each of which will increase our ability to interpret future data on physics beyond the standard model. The first part concerns the connection of Supersymmetry with Higgs physics. Also predictions are made of what type of experimental results will be found if physics is described by a Higgless extension of the Standard Model as well as by a grand unified SO(10) model. In these models, loop corrections will be calculated which will effect theCP phases, including both CP violating and CP conserving but large possible effects. These effects will be important in analyzing data. The PI will also analyze in these models physics in the Higgs sector, rare B decays, electric dipole moments, the muon g-2, and dark matter (by considering the thermal equilibrium relic density).