论文标题
有或没有超对称的统一预测
Unification Predictions With or Without Supersymmetry
论文作者
论文摘要
超对称（SUSY）大统一理论（肠道）似乎是理解强大，弱和电磁相互作用的最佳动机。我们简要审查了新公式的出现，以直接破坏胆量。讨论了夸克和中微子混合的高度混合统一以及在肠道预测中消失的理论不确定性中的定理的存在。指出了导致大量中间断裂模型的SO（10）表示的D-平性属性。鉴于中微子质量，违反Lepton风味，通过重力限制内的瘦生成和质子衰减，对Susy So（10）的统一预测。我们进一步讨论了通过r-偏度和D-偏度来保存左右对称中间损坏的风味统一的实现，以及在Susy So（10）$ \ times s_4 $中安装所有费米的可能性。在没有Susy的情况下，简短地指出，在每种情况下，只有一个中间的质量标量，只有一个中间的质量标量，并且它们在暗物质上通过I型seesaw的应用，简短地记录了一个有趣的大质量标量。通过新的ANSATZ通过新的II Seesaw SeeSAW占优势（10），新的CP不对称公式的出现和模型能力的出现，以解释WIMP暗物质的真空稳定性，对Proton生命周期的实验观察到的极限。
Supersymmetric (SUSY) grand unified theories (GUTs) appear to be best motivated for understanding strong, weak and electromagnetic interactions of nature. We briefly review emergence of new formulas for running fermion masses valid in direct breaking of GUTs. High scale mixing unification of quark and neutrino mixings and existence of theorems on vanishing theoretical uncertainties in GUT predictions are discussed. D-Parity properties of SO(10) representations leading to large number of intermediate breaking models are pointed out. Unification predictions of SUSY SO(10) in the light of neutrino mass, lepton flavor violation, baryogenesis via leptogenesis within gravitino constraint, and proton decay are noted. We further discuss realisation of flavour unification and possibility of fitting all fermion masses through R-Parity and D-Parity conserving left-right symmetric intermediate breaking in SUSY SO(10)$\times S_4$. In the absence of SUSY two interesting possibilities of minimal grand desert modifications with only one intermediate mass scalar in each case and their applications to dark matter decay through type-I seesaw are briefly noted. Heavy scalar triplet decay leptogenesis through new ansatz for type-II seesaw dominance in non-SUSY SO(10), emergence of new CP asymmetry formulas and model capabilities to explain WIMP dark matter, vacuum stability of the scalar potential and experimentally observed limit on proton lifetime are briefly summarized.
