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arXiv 1911.04771gr-qchep-th
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共形标准模型与暴胀

Conformal standard model and inflation

Jan Henryk Kwapisz

摘要:

本论文提出了一个可能的暴胀方案,作为共形标准模型中非最小引力耦合的结果。与SM模型相比,该模型包含额外的右手征中微子和复杂的标量六重体,与希格斯玻色子不同,它不与SM粒子耦合。暴胀是由两个非最小耦合场驱动的。其中之一是SU(2)类希格斯双重态,第二个与六重态的迹线有关。这两个场通过质量混合矩阵与希格斯粒子和更重的希格斯粒子“影子”有关。由于这些类型的模型,与非最小的耦合(S),可以匹配的观测数据与通货膨胀,他们是很感兴趣的。事实证明,对于这个特定的模型,张量与标量之比和光谱倾斜在很大范围内与当前数据相匹配。还讨论了统一性问题。

英文摘要:

This thesis presents a possible inflation scenario as a consequence of non-minimal gravitational couplings in the Conformal Standard Model. That model consists, in comparison to the SM, of additional right-chiral neutrinos and a complex scalar sextet which, in distinction to the Higgs boson, is not coupled to the SM particles. The inflation is driven by two non-minimally coupled fields. One of those is the SU(2) Higgs-like doublet and the second is associated with the trace of the sextet. These two fields are related to the Higgs particle and ``shadow'', heavier Higgs via the mass mixing matrix. Since these type of models, with non-minimal coupling(s), can match the observational data related to inflation, they are of high interest. For this particular model, as it turned out, the tensor to scalar ratio and spectral tilt match the current data for a wide range of parameters. Also the unitary issue was addressed.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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