What question did this study set out to answer?

This work aims to explore how spacetime geometry and matter-energy interact through feedback processes to explain cosmic observations.

June 7, 2026Open Access

The Central Meta-Nucleus (CMN) Framework Extension: Dynamic Curvature Feedback principle (DCFP) : A Covariant Modified Gravity Theory with Feedback Geometry

Key Points

This work aims to explore how spacetime geometry and matter-energy interact through feedback processes to explain cosmic observations.
Introduced a curvature self-interaction term into the gravitational action.
Developed modified field equations incorporating nonlinear geometric contributions.
Conducted representative galaxy rotation curve analysis.
Demonstrated potential emergence of galactic and cosmological phenomena from curvature feedback effects.
Proposed framework offers a novel conceptual foundation and mathematical structure for modified gravity theories.

Abstract

Description, The Dynamic Curvature Feedback principle (DCFP) extends the CMN Framework by proposing that spacetime geometry and matter-energy participate in a continious feedback process. A curvature self-interaction term is introduced into the gravitational action, producing modified field equation with nonlinear geometric contributions. The model is designed to investigate whether observed glactic and cosmological phenomena can emerge from curvature feedback effects without invoking additional dark-sector components. This publication provide the conceptual foundation, mathematical structure, representive galaxy rotation curve analysis, and theoretical implications of the DCFP framework.

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