The minimal GUT with inflaton and dark matter unification
The minimal GUT with inflaton and dark matter unification
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DOI：
10.1140/epjc/s10052-017-5496-z
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发表时间：
2017-03
期刊：
影响因子：
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通讯作者：
Heng-Yu Chen;I. Gogoladze;Shan Hu;Tianjun Li;Lina Wu
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作者：
Heng-Yu Chen;I. Gogoladze;Shan Hu;Tianjun Li;Lina Wu
放弃微调问题的解决方案，我们提出了基于最小粒子含量原理的非超对称翻转模型，该模型可以由四维SO(10)模型、五维orbifoldSO(10)模型和局部F理论SO(10)模型构建。为了实现规范耦合统一，我们引入了一对类似矢量的费米子，它们形成了完整的表示。质子寿命约为数年，中微子质量和混合可以通过跷跷板机制解释，重子不对称性可以通过轻子生成产生，真空稳定性问题也可以得到解决。特别是，我们提出暴胀子和暗物质粒子可以统一为具有对称性的真实标量场，该标量场不是轴子并且不具有与重力的非最小耦合。这种场景可以应用于通用标量暗物质模型。此外，我们发现类矢量粒子对质量的修正可能约为 6.6%，而它们对质量的修正可以忽略不计。
Giving up the solutions to the fine-tuning problems, we propose the non-supersymmetric flippedmodel based on the minimal particle content principle, which can be constructed from the four-dimensionalSO(10) models, five-dimensional orbifoldSO(10) models, and local F-theorySO(10) models. To achieve gauge coupling unification, we introduce one pair of vector-like fermions, which form a completerepresentation. The proton lifetime is aroundyears, neutrino masses and mixing can be explained via the seesaw mechanism, baryon asymmetry can be generated via leptogenesis, and the vacuum stability problem can be solved as well. In particular, we propose that inflaton and dark matter particles can be unified to a real scalar field withsymmetry, which is not an axion and does not have the non-minimal coupling to gravity. Such a kind of scenarios can be applied to the generic scalar dark matter models. Also, we find that the vector-like particle corrections to themasses might be about 6.6%, while their corrections to theandmasses are negligible.