The Zuned Model Elastic Fabric Quantum Memory

This research paper presents a groundbreaking mechanical solution to the double-slit experiment, moving beyond the traditional wave-particle duality. The "Zuned Model" proposes that the vacuum is an elastic medium (Fabric) with an intrinsic "Memory" or relaxation time, defined by a fundamental temporal floor of \Delta t \approx 1.05 seconds. The paper demonstrates that quantum interference is not a result of particles acting as waves, but rather the interaction of a particle with the residual vibrations (ghost signals) left by preceding particles in the fabric. Key highlights include: Mathematical Derivation: A classical derivation relating path difference to the fabric's temporal decay. The 1.05s Constant: A universal constant that unifies this model with gravitational observations (such as Mercury's orbital precession). Empirical Predictions: Specific testable predictions, including the disappearance of interference fringes when the time interval between particles exceeds 1.05 seconds. This work provides a purely mechanical and deterministic basis for quantum phenomena, eliminating the need for "spooky action at a distance