论文标题
Higgs玻色子起源于大型复合粒子和无质量的$ W^\ pm $和$ z^0 $ bosons的量规对称理论。
Higgs boson origin from a gauge symmetric theory of massive composite particles and massless $W^\pm$ and $Z^0$ bosons at the TeV scale
论文作者
论文摘要
紫外线的完成是高能截止的标准模型（SM）量规对称的四边形耦合。与自发对称阶段中的SM颗粒相反，复合颗粒出现在量规对称阶段中。这两个阶段之间的临界点是弱的一阶转变。它涉及强耦合方案中复合颗粒的SM量规对称理论的紫外线固定点。低功能SM在弱耦合方面的红外固定点上意识到。复合玻色子在相变处溶解在SM颗粒中，在顶级频道中，它们成为复合SM Higgs玻色子和三个Goldstone Bosons。将SM重归于组的溶液外推到高能的高能意味着复合颗粒的量规对称理论的特征性比例约为$ 5.1 $ $ tev。我们讨论了复合sm higgs玻色子在规格对称阶段的现象学意义，并在规格对称阶段中耦合到无质量的$ w^\ pm $和$ z^0 $量表玻色子。
The ultraviolet completion is the Standard Model (SM) gauge-symmetric four-fermion couplings at the high-energy cutoff. Composite particles appear in the gauge symmetric phase in contrast with SM particles in the spontaneous symmetry-breaking phase. The critical point between the two phases is a weak first-order transition. It relates to an ultraviolet fixed point for an SM gauge symmetric theory of composite particles in the strong coupling regime. The low-energy SM realizes at an infrared fixed point in the weak coupling regime. Composite bosons dissolve into SM particles at the phase transition, and in the top-quark channel, they become a composite SM Higgs boson and three Goldstone bosons. Extrapolation of SM renormalization-group solutions to high energies implies that the gauge-symmetric theory of composite particles has a characteristic scale of about $5.1$ TeV. We discuss the phenomenological implications of composite SM Higgs boson in the gauge symmetry-breaking phase and massive composite bosons coupling to massless $W^\pm$ and $Z^0$ gauge bosons in the gauge symmetric phase.
