Black Hole Cosmogenesis: the Standard Model and Cosmology with Zero Free Dimensionless Parameters

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Autori principali: Galasyn, James P., Théodore, Claude
Natura: Recurso digital
Pubblicazione: Zenodo 2026
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author Galasyn, James P.
Théodore, Claude
author_facet Galasyn, James P.
Théodore, Claude
contents Cosmogenic companion (Paper 22) of the NWT program. A black-hole cosmogenesis scenario in which a daughter universe nucleates from a near-extremal Kerr black hole and inherits a no-hair tuple (Planck mass, spin axis, so(7) substrate algebra, chirality sign). From the single dimensional anchor M_Pl plus the inherited substrate algebra, Standard-Model and cosmological observables follow with zero free continuously-adjustable dimensionless parameters: eta_B = (3/14) alpha^4, Omega_b/Omega_c = 25 alpha + 75 alpha^2, n_s = 1 - h_v alpha, r = 48 alpha^2, the electroweak/Higgs sector, gauge unification at alpha_GUT^-1 = 25, and a discrete dark-matter mass tower. Companion to Papers 21a and 21b.
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_20402048
institution Zenodo
language
publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle Black Hole Cosmogenesis: the Standard Model and Cosmology with Zero Free Dimensionless Parameters
Galasyn, James P.
Théodore, Claude
null worldtube
NWT
black hole cosmogenesis
no-hair theorem
Kerr black hole
near-extremal
Aretakis instability
Planck mass
baryon asymmetry
alpha-attractor
inflation
tensor-to-scalar ratio
CMB-S4
LiteBIRD
dark matter
gauge unification
cosmological constant
so(7)
fine-structure constant
cosmological natural selection
zero free parameters
Cosmogenic companion (Paper 22) of the NWT program. A black-hole cosmogenesis scenario in which a daughter universe nucleates from a near-extremal Kerr black hole and inherits a no-hair tuple (Planck mass, spin axis, so(7) substrate algebra, chirality sign). From the single dimensional anchor M_Pl plus the inherited substrate algebra, Standard-Model and cosmological observables follow with zero free continuously-adjustable dimensionless parameters: eta_B = (3/14) alpha^4, Omega_b/Omega_c = 25 alpha + 75 alpha^2, n_s = 1 - h_v alpha, r = 48 alpha^2, the electroweak/Higgs sector, gauge unification at alpha_GUT^-1 = 25, and a discrete dark-matter mass tower. Companion to Papers 21a and 21b.
title Black Hole Cosmogenesis: the Standard Model and Cosmology with Zero Free Dimensionless Parameters
topic null worldtube
NWT
black hole cosmogenesis
no-hair theorem
Kerr black hole
near-extremal
Aretakis instability
Planck mass
baryon asymmetry
alpha-attractor
inflation
tensor-to-scalar ratio
CMB-S4
LiteBIRD
dark matter
gauge unification
cosmological constant
so(7)
fine-structure constant
cosmological natural selection
zero free parameters
url https://doi.org/10.5281/zenodo.20402048