Relativity and Cosmology

   

Emission Extragalactique D Arcade 2 et Matiere Noire Vues Par la Theorie DE la Relation (Arcade 2 Extragalactic Emission and Dark Matter as Seen by the Theory of Relation)

Authors: Russell Bagdoo

En 2006, Alan Kogut et ses collègues du centre Goddard de la NASA, ayant mission de rechercher à l’aide d’Arcade 2, un ballon stratosphérique équipé d’un radiomètre sophistiqué, des signes de chaleur de la première génération d’étoiles, découvrirent plutôt le signal d'un rayonnement radio aussi intense que mystérieux dont aucun modèle physique ne prévoyait l’existence, et qui ne provient d'aucune des sources radio connues dans l'Univers. Ce bruit de fond cosmologique serait d’une intensité d’émissions synchrotron à un niveau estimé six fois plus élevé que les émissions de radio combinées de toutes les sources radio connues dans l'univers. Notre hypothèse est que ce rayonnement radio de source extragalactique est le résidu d’une énorme énergie qui jaillit peu après la recombinaison, amorçant la formation des premières étoiles et, simultanément, la réionisation. Dans le cadre de la théorie de la Relation, c’est le vestige d’une brutale libération d’énergie provenant d’un bang relativiste, via une transformation énergétique de Lorentz, qui comble un déficit énergie-matière et génère à la fois la naissance des étoiles primordiales et la réionisation des gaz neutres. Ce surplus de matière ordinaire remplacerait l’hypothétique matière noire froide théorisée comme étant la matière manquante primitive amorçant les grandes structures. In 2006, Alan Kogut and his colleagues from the Goddard Space Flight Center, searching for signs of heat from the first generation of stars with the balloon-borne Arcade 2 equipped with sophisticated radiometers, discovered instead an intense radio emission that nobody had still detected, that no physical model had foreseen the existence, and which results from none of the known sources in the Universe. This cosmic background noise has an intensity of synchrotron emission estimated six times higher than the combined radio of all radio sources in the known universe. Our hypothesis is that this radio emission of extragalactic source is the residue of a huge energy burst soon after the recombination, triggering simultaneously the formation of first stars and the reionization. Under the theory of Relation, it is the vestige of a sudden release of energy from a relativistic bang, via a Lorentz energetic transformation, which fills an energy-matter deficit, and generates both the birth of primordial stars and the reionization of neutral gas. This extra ordinary matter would replace the hypothetical cold dark matter theorized to be the missing primitive matter initiating large structures.

Comments: 14 Pages. French language

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Submission history

[v1] 2013-02-01 07:58:49
[v2] 2013-02-01 19:55:55

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