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| Format: | Recurso digital |
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Zenodo
2025
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| Online Access: | https://doi.org/10.5281/zenodo.17767482 |
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Table of Contents:
- <p>Recent observations by the \emph{Fermi} Gamma--Ray Space Telescope reveal</p> <p>a spherical 20~GeV halo surrounding the Galactic Center</p> <p>(Totani, 2025).</p> <p>Within the TGIU (Universal Gravitational Informational Theory) formalism,</p> <p>this feature aligns quantitatively and morphologically with the predicted</p> <p>energy band and isotropic structure of the \emph{Ghost Dark Matter} (GDM)</p> <p>regime, corresponding to partially inverted informational collapse at</p> <p>$92^\circ < \Theta_C < 95^\circ$.</p> <p>This article provides the first systematic classification of the dark</p> <p>regimes in TGIU---DM, GDM, and DE---as functions of the informational</p> <p>collapse angle $\Theta_C$, summarizing their energies, observational</p> <p>signatures, and cosmological roles.</p> <p>We show that: (1) classical DM ($66^\circ\!-\!89^\circ$) produces negligible</p> <p>energy and manifests only as gravitational curvature;</p> <p>(2) GDM ($92^\circ\!-\!95^\circ$) generates the observed 10--30~GeV band and</p> <p>is the natural interpretation of the Fermi halo;</p> <p>(3) DE ($>95^\circ$) is the runaway anti-collapse regime where informational</p> <p>release diverges.</p> <p>The 20~GeV excess is therefore not evidence of particle annihilation, but of</p> <p>informational curvature resonance left behind by incomplete collapses</p> <p>near Sagittarius~A*.</p> <p> </p> <p> </p> <p> </p>