Z.I.P.P.E.D. Framework: A Mechanistic Explanation for Gravitational Phenomena and Quantum Entanglement without Dark Matter

This manuscript presents the Z.I.P.P.E.D. (Zwanenburg Inverse Proportionality Principle of Elastic Dynamics) framework as a unified, mechanistic model explaining both gravitational and quantum phenomena.Key highlights:Effects traditionally attributed to dark matter, such as galaxy rotation curves and gravitational lensing, are reproduced by mechanical tension in spacetime itself, eliminating the need for unseen particles.Quantum entanglement is explained via mechanical correlations propagated through the tensioned cosmic fabric, providing a physically grounded alternative to non-local interpretations.The manuscript includes a mathematically bounded formula for lensing, testable predictions for galaxy dynamics, and a framework connecting micro- and macro-scale physics.Empirical support is referenced via high-resolution astronomical observations, demonstrating sharp lensing features consistent with the standing-edge mechanism.This work bridges cosmology and quantum mechanics, providing a testable, deterministic alternative to conventional dark matter and entanglement paradigms.Keywords / Hashtags:#ZIPPED #ZwanenburgTheory #DarkMatter #QuantumEntanglement #GravitationalLensing #StandingEdge #Cosmology #JWST #MechanisticPhysics #TheoreticalPhysics #Astrophysics #QuantumMechanics #ScienceInnovationNotes:Intellectual property of Michel Zwanenburg (January 2026). Any reproduction, citation, or dissemination requires prior authorization (contact: mbazwaantje@gmail.com).