This work demonstrates a unified framework for spacetime geometry in gravitation and cosmology, suggesting new stability mechanisms.
Description This work explores the relationship between Einstein's General Relativity and the Central Meta-Nucleus (CMN) Framework as a generalized non-singular theory of spacetime . The chapter beings with a review of the Einstein's field equations and the geometric interpretation of gravity. Fundamental limitations of General Relativity are then analyzed, including curvature singularities,and the information paradox. The CMN Framework is introduced as an extension relativistic gravity through the inclusion of : . Stability field dynamics . Information conservation law . Modified Cosmological structure . Curvature-regulation mechanisms The resulting equations provide a mathematically consistent framework capable of describing finite and stable physical singularities. The chapter also presents : . CMN master equations . Stability evolution equations . Information conservation laws . Cosmological modification . Comparative analysis between GR and CMN This work is intended for advanced theoretical and doctoral- level research in gravitation,cosmology, and unified spacetime physics.
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Md. Harun Or Rashid (2026) studied this question.
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