Zuned Fabric Tensor Model of Gravity Version 2

This research paper presents "The Zuned Model," a novel theoretical framework in physics that addresses the limitations of General Relativity, specifically singularities and the requirements for Dark Matter and Dark Energy. By introducing a "Simple Fabric Logic," the model proposes that space acts as an elastic fabric with a specific Mechanical Limit (\Delta t_0 \approx 1.05s) and mass-dependent stiffness (\rho_K).

Key Highlights of the Model:

Black Hole Singularity Resolution: Predicts a finite core radius (r_{core}), preventing infinite density and time-collapse.

Galaxy Rotation Curves: Explains the flat rotation curves of galaxies without the need for Dark Matter by accounting for fabric tension.

Cosmic Acceleration: Provides a mechanism for the expansion of the universe through a scalar field (\phi) representation, acting as a dynamical alternative to the Cosmological Constant.

Gravitational Wave Echoes: Predicts specific echo time delays (\Delta t_{echo}) for supermassive black holes, offering a testable signature for LIGO/Virgo observations.