Electromagnetic and gravitational radiation from DEUS black holes

In the framework of the Dimension Embedded in Unified Symmetry (DEUS) model described by five‐dimensional minimal energy hypersurfaces we observe that, when the considered black hole internal geometry, which is Riemannian, evolves to the asymptotic flat external spacetime (which can be seen as a local Euclidean spacetime), the energy contained in curvature is released as electromagnetic and gravitational radiation. The electromagnetic release on an external observer perception of a DEUS black hole is a jet‐like emission from the black hole polar regions, with a spectrum consistent with the observed SED for blazars. Also, considering the self‐similarity of the DEUS model, with the Friedmann‐Robertson‐Walker (FRW) metric of the Universe as another description of the a higher level DEUS object’s helicoidal hypersurface, the extragalactic background light (EBL) spectrum must be consistent with our spectrum. Through these fittings we are able to determine the age of the Universe at present time.

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