Zipped Interaction Parameter Theory (ZIPT): Inverse Proportionality, the Zwanenburg Limit, and the Cosmological Bounce

This dataset and manuscript present the Zipped Interaction Parameter Theory (ZIPT), a novel theoretical framework unifying gravitational mechanics and cosmic thermodynamics. ZIPT introduces the concept of inverse proportionality between structural pressure and spatial extent, and defines the Zwanenburg Limit as the maximal capacity of spacetime to sustain order. The theory proposes a Cosmological Bounce, a cyclical mechanism in which the universe avoids singularities and infinite densities. This bounce occurs when the Delta Offset (ΔZ\Delta_ZΔZ), the maximal allowable fraction of disorder, is reached, triggering an elastic reset of cosmic order and chaos. ZIPT provides a self-consistent explanation for: Galaxy rotation curves without invoking dark matter Bounded black hole densities The structured yet subtly variable Cosmic Microwave Background This Zenodo record includes the full LaTeX manuscript, derivations, figures, and notation reference, providing a comprehensive resource for researchers interested in alternative cosmological frameworks and singularity-free universe models. Suggested Hashtags #ZIPT #ZippedInteractionParameterTheory #Cosmology #CosmicBounce #ZwanenburgLimit #DeltaOffset #SingularityFreeUniverse #GalaxyDynamics #QuantumCosmology #TheoreticalPhysics #CMB #ElasticUniverse