Thermodynamic Leakage in the Quantum Vacuum: A Biophysical Approach to Dark Matter Conversion and Inhomogeneous Expansion

Puntos clave

• The aim is to explore how thermodynamic leakage during dark matter transformation contributes to the quantum vacuum energy density and dark energy.
• Analyzes the thermodynamic inefficiency involved in dark matter conversion
• Proposes a mechanistic model linking dark matter to baryonic matter
• Explores implications for the Hubble Tension
• Identifies thermodynamic leakage as a source of dark energy
• Proposes a consistent solution to the Hubble Tension through increased energy density of the quantum vacuum