Z.I.P.P.E.D. Theory: Topological Knots, Galactic Dynamics, and the Cosmic Reset

I am pleased to present the finalized version of the Z.I.P.P.E.D. (Zwanenburg Integrated Physical Principles of Elastic Dynamics) Theory, archived under Zenodo DOI: 10.5281/zenodo.18175765. This manuscript introduces a fully unified framework that connects the microphysics of matter with galactic dynamics and cosmological evolution. In this model, all matter is interpreted as topological knots within an elastic spacetime medium. The theory explains: The stability of galactic rotation curves through the Zwanenburg Constant ($Z_c$) and Delta Offset ($\Delta$). The thermodynamics of particles, where heat corresponds to vibrational energy of knots. The deterministic lifespan of the universe, with a Cosmic Reset predicted at approximately 8 × 10¹¹ years. This work provides a self-consistent, mathematically rigorous framework, offering a new lens on the nature of matter, energy, and cosmic evolution—without invoking hypothetical dark matter or unobservable forces. For researchers, enthusiasts, and anyone curious about the fundamental mechanics of the universe, this is a fully archived reference point for a topologically grounded theory of everything. Keywords & Hashtags:#ZIPPEDTheory #TopologicalMatter #GalacticDynamics #CosmicReset #DeltaOffset #ZwanenburgConstant #UnifiedPhysics #TheoreticalPhysics #KnotsInSpacetime #FundamentalPhysics #Zenodo #MichelZwanenburg