Theoretical analysis demonstrates a non-singular cosmological model via coarse-grained meta-field transitions, suggesting cosmic evolution avoids an initial Big Bang singularity.
We present the vΩ.23 formulation of the Coarse-Graining String-Field Meta-Theory (CSF-CMT), establishing a non-singular cosmological framework that replaces the standard Big Bang singularity with an emergent meta-field transition. The theory posits a single ontological entity in First Space—the meta-field ξEO—from which six string-empowered modes (gravitational, electromagnetic, magnetic-geometric, weak, strong, and repulsive) emerge through symmetry-breaking coarse-graining across scales L_c ∈ [lstring, ∞). The meta-field self-interaction potential VEO(ξ) and its cross-coupling tensor gAB generate all fundamental interactions, spacetime geometry, and cosmic evolution without invoking an initial singularity. Cosmic history is recast as a continuous meta-field phase transition: the "pre-thermal" epoch corresponds to unbroken meta-field coherence (L_c ~ lstring), while the "thermal" epoch emerges from coarse-grained decoherence (L_c lPl). Holographic sphere axioms enforce information saturation ρinfo ≤ MPl^2 c^3 / 4, preventing curvature singularities and ensuring entropy conservation across the meta-field bounce. The model predicts observable signatures in CMB spectral distortions, black-hole shadow asymmetries, and scale-dependent modifications to the Friedmann equation at z > 10^3.
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Meta-Field Ontology and Emergence Phenomenology Section Non-Singular Cosmology and Pre-Geometry Research Unit CSF-CMT Research Consortium (2026) studied this question.