论文标题
玻色颗星的标量花环
The scalar garlands in the boson star
论文作者
论文摘要
在本文中，我们介绍了形式主义，以检查隐藏标量扇形对形式和电子对称性破裂的影响。考虑到标量玻色子星（BS）自然性的新型方法。 BS由包含Higgs玻色子场的局部标量场和保形场理论的花环样标量Dilaton场提出。我们表明，考虑到深度标量扇区中排斥的自我互动和平坦度，可以防止BS与黑洞形成相关的不稳定。我们详细介绍了电子对称性破坏如何通过打破其保形对称性并产生质量间隙以避免脱红色差异来影响隐藏扇区。我们应用形式主义来确定希格斯四分之一耦合的修改，这些耦合从其在隐藏部门的影响下的标准模型（SM）值中。我们已经估计了由于Dilaton和Dark Photon的腐烂而产生的Leptonic Pairs的偏差速率。后者是Dilaton衰变的主题。在LHC和FCC的最大能量下，新物理学的效果应可见。
In the paper, we introduce the formalism to examine the impact of the hidden scalar sector to the conformal and the electroweak symmetries breaking. The novel approach to the scalar boson star (BS) naturalness is considered. The BS is presented by the local scalar field containing the Higgs boson field and the garland-like scalar dilaton fields of the conformal field theory. We show that taking into account the repulsive self-interactions and the flatness degree in the dark scalar sector prevents instability of the BS related to the black hole formation. We study in details how electroweak symmetry breaking affects the hidden sector by breaking its conformal symmetry and generating a mass gap to avoid the infra-red divergence. We apply our formalism to determine the modification of the Higgs quartic coupling away from its standard model (SM) value within the influence of the hidden sector. We have estimated the rate of the deviation from the SM with production of leptonic pairs due to decay of the dilaton and the dark photon. The latter is the subject of the dilaton decay first. The effect of new physics should be visible at the maximal energies of the LHC and the FCC.
