A Metric Re-indexing of the Vacuum Tension: Resolving the $H_0$ Discrepancy through Variable Unfolding Rates
Abstract
This version has more minor definition fixes regarding old space, exhausted space and new space. A Mechanical Re-indexing of the Metric Tensor via Temporal Tension (U). This paper proposes a Unified Field framework where the Hubble Tension is resolved not through 'New Physics' particles, but through a variable Potential Energy Gradient (U). By defining 'Old Space' as a state of residual tension approaching the Abbott Constant (LA), we provide a first-principles derivation for 'Dark Matter' phenomenology and the JWST 'Little Red Dot' mass anomalies. Core Axiom "Time is the emergent rate at which the universe's total potential energy—stored as the tension of mass—unfolds into kinetic reality as measured by an observer who is themselves a part of that unfolding." The Abbott Scale: Definitions of Space "Oldness" New Space (Low Oldness): High potential energy (U is greater than LA). The "spring" of reality is tightly wound, creating a "Stall of Potential" where time unfolds slowly (e.g., inside atomic nuclei or active galactic cores). Medium Space (Aging Space / The Observer State): The transitional zone where potential has partially unfolded. This is our local environment where we perceive time at a "standard" rate. Old Space (Near-Exhausted / Dark Matter Space): A state of advanced decay where tension is low and approaching the floor but still above LA. It retains gravitational "tension lock" despite lacking the potential density for baryonic matter. Exhausted Space (High Oldness): The ground state (U = LA) found in cosmic voids where the "spring" of reality is fully unwound and time effectively stops (The Stall of Exhaustion). The Mathematical Engine (100% Email and Paste Safe) Universal Force: F_Abbott = - Grad(U) Abbott Redshift (Kinetic Stretch): f_observed = f_emitted * exp(-SA * Dt) Mass Correction (JWST Fix): M_actual = M_standard - (Delta_Tr / LA) Energy Balance: E_total = E_kinetic + E_sequestered Entangled State: U_particle_A = U_particle_B Wave Function Rate: R_sync = Delta_U / LA Asymptotic Safety Floor: Tr is greater than 0 for all I greater than 0
Fields of Study & Subjects
Multidisciplinary Warburg-centric Studies
Cosmology and Gravitation Theories
Relativity and Gravitational Theory
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 8 January 2026
- Document type
- Preprint