A Higgs Cosmology That Agrees a Lot, and Disagrees More with Current Physics
Wei-Jie Zhu · 2024
arranged in the non-conventional, yet gauge-theory-similar methodology, a Higgs cosmology is investigated to proposing a standard solution to Higgs boson mass calculation (𝑀𝐻−𝑠𝑠). The calculation involves a ‘best choice’ seeing spontaneous symmetry breaking (SSB) of two critical factors (𝐷𝑡𝑡𝑙𝑠𝑟𝑜𝑚 and 𝑅(01)−25𝑝) that results in gravitation quantization is automatically embedded. The gravitation quantization covers ‘main’ quantization and ‘accompanying’ quantization, firstly appearing in the ‘original’ version, then in the ‘mirror’ version, of 'transformation’(see 8)). The ‘transformation’ demonstrates a reversed sequence of relative strengths (RS) that requires an event of Relative Strength Identity Shift (RSIS) inevitable to satisfy the total ≈ 1038.5 gap and hence, RSIS must be the root cause behind the hierarchy problem (footnote 16 and table 3 of the 5th of 9)). The ‘transformation’ also plays a significant role in the Universe’s expansion history and vetoes the popular inflation theory resolutely, for the latter engages only gravitation without true quantization that turns its solution to be a baseless delusion short of question of a behind reason for the problems it aims to address (see 10) and 8)). The ‘best choice’ itself directly implies the structural Universe and thanks to the transforming factor (𝑅(01)−25𝑝) working on its shift ‘after flow’, the so-called dark energy and dark matter known to current physics come into reality (see 11)). Investigating further on the basis of the ‘best choice’ that’s built on ratio 'baryon' to photon (𝜂𝑠𝑛 or 𝜂𝑠𝑛−𝑝), it is shown it is not the commonly recognized 𝜂, but the derived PAR ratio (𝜂𝑝𝑎𝑟) that expresses a genuine asymmetry between matter and antimatter, and sets a big difference from 𝜂 in ≈ 103−5 scale (see 12)). A sophisticated table 2 is made to explore the many details of the proposed Higgs cosmology...