A Unified Non-Singular Model of The Universe: within the Central-Meta Nucleus (CMN) Framework

This record presents "A Unified Non-Singular Model of the Universe" formulated within the Central Meta-Nucleus (CMN) framework. The model advances a finite, stability-constrained description of spacetime, replacing classical singularities with a central meta-nuclear structure that governs global coherence and dynamical balance.Within this framework, spacetime is treated as a bounded and self-consistent system structured by two complementary stability domains: the Inner Stability Field (ISF) and the Outer Stability Field (OSF). Their interaction defines a unified mechanism through which gravitational behavior, cosmological evolution, and large-scale structural stability are jointly regulated.By reframing the universe as a non-singular and intrinsically stable configuration, this work provides an alternative conceptual pathway for addressing fundamental issues such as spacetime divergence, black hole core structure, and origin conditions of the universe. Version Statement: This releaseincorporates corrections to minor typographical and formatting inconsistencies identified in earlier versions, including a publication year error (20261 2026) and improved consistency between metadata and document content. These refinements do not modify the underlying theoretical formulation. ←This contribution extends the CMN research program and is connected to prior works available at:https://doi.org/10.5281/zenodo.19388651https://doi.org/10.5281/zenodo.19651693