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This research examines the fundamental aspects of gravity and energy dynamics within the Hyperbrane Relativity framework.

April 25, 2026Open Access

The End of Spacetime Postulates: Hyperbrane Relativity Complete Master Edition (V26)

Key Points

This research examines the fundamental aspects of gravity and energy dynamics within the Hyperbrane Relativity framework.
Introduced new concepts such as the Zero-point observer and geometric equivalence principle.
Analyzed 171 galaxies using SPARC MCMC to determine H₀ and compare HBR to existing models.
Developed multiple theorems related to energy maintenance and gravity dynamics.
HBR framework preferred over MOND in 78% and over NFW in 74% when analyzing galaxies.
Derived H₀ = 70.9 km/s/Mpc from geometric considerations.
Theorems demonstrate that gravity arises from uniform translation and that there are no event horizons.

Abstract

The Hyperbrane Relativity (HBR) framework proposes that the universe is embedded in a pure 4-dimensional Euclidean space (x, y, z, w). Time is emergent; matter is a sustained energy-inflow pattern from the W-minus bulk at speed c. NEW IN V26 — Zero-point observer HBR preferred over MOND in 78%, over NFW in 74% • H₀ = 70.9 km/s/Mpc derived from geometry • Theorem 2: No event horizons (Φ > 0 wherever matter exists) • Theorem 1: Newtonian limit G = g₀/(4π T₀) from field Lagrangian • Part 18: GW150914 binary merger reinterpretation (exhausted fountain synchrony, W⁺ dissipation) English: 232 pages | Japanese: 211 pages

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