希格斯质量与CP破坏相位对MSSM中超对称破缺能标的影响
Higgs Mass and CP violating Phases Implications on the SUSY Breaking Scale in MSSM
AI总结：
该研究分析希格斯质量与超对称CP破坏相位的约束，以电子、中子和质子的电偶极矩为探针，探究其对MSSM超对称破缺参数及质量谱的影响。
AI中文摘要：
希格斯质量m_h≈125GeV较大，可使最小超对称标准模型（MSSM）中的超对称破缺参数提升至数TeV量级。MSSM中的CP破坏相位会诱导理论中费米子的电偶极矩（EDMs），若超对称伙伴质量较重，该结果才不与当前实验上限冲突。本研究分析希格斯质量与MSSM全部超对称CP破坏相位这两类约束对超对称破缺参数及超对称质量谱的影响，以电子、中子和质子的电偶极矩作为探测对象。
英文摘要：
The large Higgs mass $m_h \approx 125 GeV$ can raise the values of the SUSY breaking parameters in the Minimal Supersymmetric Standard Model MSSM to the range of several TeV scale. The CP violating phases in the MSSM can induce EDMs of the fermions in the theory already in conflict with the current experimental upper limit unless the masses of the SUSY partners are on the heavy side. We invistigate the implications of both constraints, the Higgs Mass and the complete set of SUSY CP violating phases in the analysis of the electric dipole moments EDMs on the SUSY breaking parameters and thus on the SUSY mass spectrum. We use the electric dipole moments of the electron, the neutron and the proton as our probes in this study.
