What question did this study set out to answer?

The central aim is to clarify the properties and categorization of CCEGA and its implications.

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May 11, 2026Open Access

P55: Clarifications and Scope of CCEGA — Warp Factor, Weyl Tensor, Sgr A* Reclassification, and Regime Map

Key Points

The central aim is to clarify the properties and categorization of CCEGA and its implications.
Corrected the warp factor and bulk solution for CCEGA.
Reclassified Sgr A* and M87* as CCEGA black holes with specified properties.
Compiled a comprehensive regime map for compact baryonic matter.
Correct warp factor was established as W(y,rho) = -k|y|exp(-rho/rho_c).
Confirmed CCEGA bulk is pure AdS5 with Weyl tensor equal to 0.
Regime map indicated CCEGA is viable for compact baryonic masses between 4.56-12 M_sun.

Abstract

Four clarifications: (1) Correct warp factor W (y, rho) = -k|y|exp (-rho/rhoc) — P43 Eq. (9) has dimensional error, result Gₑff = GN exp (-rho/rhoc) is correct. (2) Exact bulk solution identifies CCEGA bulk as pure AdS5, Weyl tensor = 0, no cosmological bounce in current framework. Gₑff applies to baryonic matter only — BBN unaffected. (3) Sgr A* and M87* reclassified as CCEGA BH with horizons — 971 km is interior rhoc surface, not object radius. (4) Complete regime map: CCEGA well-founded for compact baryonic matter 4. 56-12 Mₛun. No paper requires retraction.

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