Informational Collapse Interpretation of GW231123: Meta-Collapsars, GDM Production, and TGIU Validation

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.