
This paper introduces the General Theory of Correspondence to resolve fundamental cosmological paradoxes, including the Big Bang singularity, the Vacuum Catastrophe, and the Hubble Tension. By defining the universe as a scale-invariant, nested superfluid manifold anchored by a fundamental scaling constant, the framework provides a unified, first-principles derivation of cosmic age, density, and thermodynamic evolution without requiring hypothetical inflationary fields.
Cosmology, General Theory of Correspondence, Hubble Tension, Big Bang, Quantum Gravity, Fractal Universe, Vacuum Energy, Superfluid Dynamics, Scaling Laws, Theoretical Physics.
Cosmology, General Theory of Correspondence, Hubble Tension, Big Bang, Quantum Gravity, Fractal Universe, Vacuum Energy, Superfluid Dynamics, Scaling Laws, Theoretical Physics.
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