NEOBIT Theory: Resolving the Hubble Tension and Black Hole Information Paradox via Primordial Memory Field Dynamics"

1. Abstract This paper presents a unified cosmological framework (NEOBIT) in which the fabric of existence emerges from a scalar memory field N(x,t). The central result is the derivation of cosmic composition ratios (5% baryonic matter, 26% dark matter, 68% dark energy) as a thermodynamic necessity of the First Fusion event, achieving 2.56% mean deviation from Planck 2018 observations. Version 2.0 establishes the full Lorentz-covariant Klein-Gordon formulation ∂µ∂µN + m2 N = 0, which automatically produces three results without additional assumptions: the NEOBIT particle mass mN = √Ωb/ΩDM, the Einstein energy-momentum relation N E2 = (pc)2 + (m c2)2, and the gravitational field equations . N The model proposes a resolution to the Hubble tension via dynamic dark energy (w < −1), predicts structured Hawking radiation, and yields the universal constant M(Rs) = −3.4157 at every event horizon.