Noncommutative Fractal Dynamics in the Regularization of Cosmological Curvature Divergences

This paper investigates the role of noncommutative and fractal dynamics in the regularization of cosmological curvature divergences. By modifying the FLRW metric with entropy-weighted corrections, it incorporates noncommutative tensor fields and fractal kernel modifications. The study establishes boundedness, stability, and the integration of quantum and fractal corrections into the cosmological context.