本研究计划针对当前粒子物理理论的基本情况，结合我们的兴趣专长，研究如下问题。（1）在高能标超对称模型中研究中微子物理，特别是振荡中的CP破坏问题，我们以前提出了关于费米子质量的超对称理论，我们进一步在这个理论模型中研究中微子物理。这对我们的理论模型具有重要验证意义。（2）我们进一步研究此理论模型中可能的 leptogenesis 机制。（3）在一个 E6 大统一模型中研究强CP问题，并计算质子寿命和研究轴子作为暗物质的可能性。（4）研究在我们提出的多希格斯二重态模型中深入研究其LHC唯象学。（5）考虑有强自相互作用的暗物质模型。

Considering the current status of theoretical particle physics, and our interests and experiences, we plan to study the following problems. (1) In the high energy supersymmetry, the study neutrino physics, including CP violation in neutrino oscillations. Previously we proposed a theoretical model for fermion mass hierarchies by introducing high scale supersymmetry. We will study neutrino physics in this model. This is of great significance to verify our theoretical model. (2) We will further study the possible leptogenesis mechanism embeded in this theoretical model. (3) To study the strong CP problem in a unified E6 model, calculate the proton lifetime, and consider the axion as dark matter candidate. (4) To study the LHC phenomenology in our proposed multi-higgs doublet model. (5) To study the strongly self-interacting dark matter models.