Z4DP: Hydrodynamic Reproduction of Relativistic Orbital Precession and the Hubble Tension Solution

Key Points

• To propose a hydrodynamic framework that addresses the Hubble Tension via the Z4DP model and validate its predictions.
• Developed the Z4DP framework as an effective field theory treating vacuum as an elastic superfluid.
• Defined a physical vacuum impedance to investigate cosmological implications.
• Derived the interaction coefficient (k=3) considering the Tri-Modal Response.
• Conducted numerical validation using the REBOUND N-body package with IAS15 integrator.
• Achieved over 99% accuracy in reproducing perihelion precession predictions of General Relativity.
• Specifically, the model showed 99.97% accuracy for Venus, confirming its effectiveness.
• Validated the framework’s implications for resolving the Hubble Tension.

Abstract