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Comprehensive Prism Cosmology: Primordial Mother Framework (PMF) and Elastic Substrate Dynamics

Year: 2026
Type: preprint
Abstract: This record documents a proposed model within Comprehensive Prism Cosmology, designated the Primordial Mother Framework (PMF). The framework hypothesizes a pre-geometric Background Spacetime Substrate (BBS) with an effective elastic rigidity modulus, denoted MO. In the proposed causal sequence, a localized substrate anomaly induces topological inflow through a Prismatic Nexus Gateway (N), followed by initial matter–antimatter contact and partial annihilation. The resulting energy release is hypothesized to produce a secondary mechanical impulse, termed the “Beam-Bang” (J_BB), which transfers directional momentum to the substrate. The model further proposes post-impulse elastic oscillations involving twenty primary resonance modes (N_R = 20), a subsequent phase transition, and relaxation toward a non-zero angular locking state, δθ_lock ≈ 1.0039 × 10⁻⁹ rad. Within this hypothesis, the final separation of matter and antimatter is associated with a surviving baryonic release fraction, η_release ~ 10⁻⁹, and the formation of dynamically curved potential wells. The document presents the framework’s definitions, mathematical formulations, numerical calculations, and proposed elastic relaxation timescale of approximately 380,000 years. These quantities and mechanisms are model assumptions or derived estimates within PMF; they are not presented as established empirical results. The record also outlines proposed observational tests concerning dark-matter phenomenology, primordial supermassive-black-hole seeding, and directional alignments in cosmic microwave background multipoles. These tests are intended to make specified components of the framework assessable against observations; they do not, by themselves, establish the framework’s validity.
DOI: 10.5281/zenodo.23626439
Language: English
Open Access status: green
OpenAlex ID: W7223442302
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