Informational Collapse Interpretation of GW231123: Meta-Collapsars, GDM Production, and TGIU Validation
Year: 2025
Type: article
Abstract: The gravitational wave event GW231123, which recorded the most massive black hole merger to date, challenges existing stellar evolution models by presenting black holes in the so-called "mass gap" range (100–140 M☉) and exhibiting near-maximal spin behavior. From the perspective of the Universal Gravito-Informational Theory (TGIU), these anomalies are not exceptions but confirmations of a deeper ontological framework in which black holes are informational attractors formed through collapse dynamics in ∇Φ (informational gradient) and ∇S (entropic gradient) fields. TGIU interprets the extreme spin as a manifestation of collapse angle resonance near θ_C ≈ 89.925°, the mass loss as the ejection of Ghost Dark Matter (GDM) via entropic curvature discharge, and the formation of the resulting 225 M☉ object as a Meta-Collapsar — a secondary collapse structure beyond stellar origins. This abstract formalizes how GW231123 supports TGIU’s core claim: that black holes are recursive, information-driven phenomena operating under collapse-based physics, not just products of baryonic stellar remnants. From the perspective of TGIU (Teoria Gravito-Informațională Universală), the event GW231123 does not "break" the rules of physics — it confirms that current classical frameworks are incomplete.
Author: Virtosu, Sebastian
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6893237938
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