Abstract
the standard, exact Higgs boson mass predicted at 125.3216... GeV is obtained in gravitation quantization detailed processes carried out in four computations’ narrations based on the synthesized equations (TSEs) of which, the 1st computation acts as the direct derivation and the 2nd, 3rd, and 4th computations combined as the extended expansions. TSEs and the four computations are heavily rooted in origin of asymmetry between matter and antimatter (represented in current physics normally by , the ratio baryon to photon) that’s implying not only the basic structure of the Universe but, resting upon spontaneous symmetry breaking (SSB) and C2SSB naturally. It’s C2SSB energy version in strict constraints of existing observable/experimental results (e.g., the Planck satellite CMB data releasing) based on the given processes from TSEs that determine, and depict the gravitation quantization in details to be integral part of the termed ‘transformation’ and, to be, specifically, relying on two factors: spacetime quantization and spacetime host shifting following the common base - spacetime formation - that jointly bring up on stage the theoretical prediction straightly set out in subsection 5.9, which serves too an easy solution to existing hierarchy problem. And the details point further, explicitly, the execution of gravitation quantization involves inevitably other key players such as dark energy, ‘dark energy’, dark matter and full quota ordinary matter formation, and propose strong recommendations to having revisits on existing Higgs mechanism, grand unified theories (GUTs), far early Universe physics, and inflation (inflationary theories)...