随着LHC开始给出物理结果，与LHC相关的粒子物理理论研究成为粒子物理的最热点。本申请人主要针对一些重要问题研究可能的、超出标准模型的、并且能够在 LHC 上得到检验的新物理。我们将构造关于"自然"的超对称的粒子模型，研究具有 R-宇称破坏的超对称模型中的暗物质，研究类矢量第四代夸克在 LHC 上的产生，深入探讨关于费米子质量的高能标超对称理论，讨论有关大统一理论和 CP 破坏等问题。

The LHC experiments have been giving out physics results. The related particle theory research is becoming the hottest. We plan to study important problems in the particle physics, which mainly concern new physics beyond the Standard Model to be tested by LHC. We will construct a complete model which realize the scenario of the so-called natural supersymmetry; study the dark matter problem in the R-parity violating supersymmetry; calculate the production of heavy vector-like quarks at LHC, and we will also make further studies on the theoretical idea that the high scale supersymmetry is the physics behind the fermion flavor puzzle. In addition, we will also consider grand unification theories and the CP violation mechanism.