What question did this study set out to answer?

This research aims to explain the effects of mass on spacetime and its implications for astrophysical phenomena.

May 26, 20260 citationsOpen Access

The Alhwarat Framework V3.2: Spacetime Charge, Galactic Anchors, Vacuum Manifolds, and a Testable Correction to EHT Shadows

Key Points

This research aims to explain the effects of mass on spacetime and its implications for astrophysical phenomena.
Proposed a mathematical framework defining mass's effect on spacetime tension and leakage into inverse manifolds.
Introduced parameters to predict observable changes in galactic structures and EHT shadow characteristics.
Falsifiability of the model based on predictions for future observations by ngEHT in 2026.
Predicted η = 1.06066, which provides a measurable deviation in EHT shadow size, suggesting observable effects.
Explained galactic cohesion without the need for dark matter through the calculated Alhwarat Anchor Force.
Formulated a relationship for dark energy related to Alhwarat Vacuum Manifolds in negative spacetime.

Abstract

We propose that mass charges spacetime fabric with tension Tₛt = κM, where κ is a universal constant. When Tₛt exceeds a critical value, spacetime tears and leaks charge Qₛt into an inverse manifold, termed Alhwarat Roots. This leakage explains: (1) the darkness of black holes, (2) the anomalous size of EHT shadows via η = 1. 06066, (3) galactic cohesion without dark matter via the Alhwarat Anchor Force Fₐnchor = κΔQₛt MBH/r², and (4) dark energy via Alhwarat Vacuum Manifolds Vₙeg in negative spacetime. We introduce a galactic charge parameter ΔQₛt = βMgalaxy/Rgalaxy, where β is a free parameter to be measured. The model predicts a galaxy-dependent correction η = 1. 060661 + εβMgalaxy/Rgalaxy, falsifiable by ngEHT in 2026.

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