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

This work presents "A Unified Non-Singular Model of the Universe" based on the Central Meta Nucleus (CMN) Framework, offering a conceptual and structural visualization of a finite, non-singular spacetime model.The CMN framework introduces a central stabilizing entity, the Central Meta Nucleus (CMN), which governs the structure and dynamics of spacetime. Surrounding this core are dual stability fields that ensure balance, continuity, and structural integrity across the universe. Through this approach, the model aims to unify stability, cosmology, and gravitational behavior within a single coherent system.This work extends the previously developed CMN Framework and is part of an ongoing research series integrating conceptual, mathematical, and visual representations of a unified spacetime model.The present study is based on and derived from the following works:1. Md. Harun Or Rashid (2026). The Central Meta Nucleus (CMN) Framework: A Unified Theory of Finite Spacetime. Zenodo. https://doi.org/10.5281/zenodo.19388652 2. Md. Harun Or Rashid (2026). Mathematical Structure of the Central Meta Nucleus (CMN) Framework: A Unified Theory of Stability, Cosmology & Gravity. Zenodo. https.//doi.org/10.5281/zenodo.19651694Together, these works establish the conceptual foundation, mathematical structure, and unified interpretation of a stable, finite, and non-singular model of the universe.This visual model contributes toward a broader theoretical understanding of spacetime, addressing key challenges such as singularities and the unified behavior of gravitational and cosmological systems.