1201.4734 (Renato Nobili)

The Conformal Universe III: Basic Mechanisms of Matter Generation    [PDF]

Renato Nobili

This is the last paper of a series of three on Conformal General Relativity.
Here, the mechanisms of Higgs field production and baryogenesis during the
acute stage of inflation are investigated. Quantum logical and quantum
mechanical implications are discussed in advance to clarify the theoretical
basis of the phenomenon. Higgs boson production is primarily explained by the
release of energy following the decay of a conformal-invariant vacuum state
(false-vacuum state) to a conformal-symmetry broken vacuum state (true vacuum
state) falling down to lower and lower energy levels during spacetime dilation,
to the exhaustion of geometry-to-matter energy transfer. Explicit solutions of
Higgs field dynamics are analyzed and exemplified in numerical simulations. The
coherent oscillation of Higgs-field amplitude, which starts immediately after
the amplitude-jump from a zero to a non-zero value induced by geometry
expansion, is also evidenced. The mechanism of baryogenesis is explained by the
decay of a Higgs field multiplet interacting with the well-known triplet of
fermion families of the Standard Model, through SU(5)-invariant Yukawa
couplings satisfying the first three Sakharov conditions. The process is
promoted by the inflation-induced spontaneous breaking of global SU(5)symmetry
down to SU(3)xU_Q(1)xU_(B-L)(1), where Q indicates electrical charge invariance
and B-L baryon-number minus lepton-number invariance.

View original: http://arxiv.org/abs/1201.4734