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A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe

We present the argument that the geometrical beauty of the ADDK Manyfold Universe is enough to exclude the "exotic" forms of "Dark Matter" predicted by some physical theories but never observed experimentally.We argue that if "Dark Matter" can raise by 7 times the spinn...

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Autor principal: Loup, F
Lenguaje:eng
Publicado: 2004
Materias:
Acceso en línea:http://cds.cern.ch/record/782869
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author Loup, F
author_facet Loup, F
author_sort Loup, F
collection CERN
description We present the argument that the geometrical beauty of the ADDK Manyfold Universe is enough to exclude the "exotic" forms of "Dark Matter" predicted by some physical theories but never observed experimentally.We argue that if "Dark Matter" can raise by 7 times the spinning rotation of spiral arms of Galaxies around their Nuclei then "Dark Matter" should have been detected at least in our Galaxy by a very precise instrument as the NASA Chandra Satellite.Since nothing has been found and something so massive to raise 7 times the spinning speed of spiral arms cannot evade detection by highly accurate instruments we conclude that the "exotic forms of Dark Matter" which means to say WIMPS,Axions,Neutralinos,Heavy or Strange Neutrinos or other exotic forms of "Baryonic Dark Matter" dont have physical existance and we propose the natural and geometrical beauty of the Manyfold Universe provides the physical and correct explanation for "Dark Matter". We explore the natural beauty and the consequences of the ADDK Model.
id cern-782869
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2004
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spelling cern-7828692019-09-30T06:29:59Zhttp://cds.cern.ch/record/782869engLoup, FA More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold UniverseGeneral Relativity and CosmologyWe present the argument that the geometrical beauty of the ADDK Manyfold Universe is enough to exclude the "exotic" forms of "Dark Matter" predicted by some physical theories but never observed experimentally.We argue that if "Dark Matter" can raise by 7 times the spinning rotation of spiral arms of Galaxies around their Nuclei then "Dark Matter" should have been detected at least in our Galaxy by a very precise instrument as the NASA Chandra Satellite.Since nothing has been found and something so massive to raise 7 times the spinning speed of spiral arms cannot evade detection by highly accurate instruments we conclude that the "exotic forms of Dark Matter" which means to say WIMPS,Axions,Neutralinos,Heavy or Strange Neutrinos or other exotic forms of "Baryonic Dark Matter" dont have physical existance and we propose the natural and geometrical beauty of the Manyfold Universe provides the physical and correct explanation for "Dark Matter". We explore the natural beauty and the consequences of the ADDK Model.EXT-2004-092oai:cds.cern.ch:7828692004-07-30
spellingShingle General Relativity and Cosmology
Loup, F
A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe
title A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe
title_full A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe
title_fullStr A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe
title_full_unstemmed A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe
title_short A More Concise formalism for Kalbermann-Halevi ansatz for Macroscopic Spacetime Shortcuts in the Manyfold Universe
title_sort more concise formalism for kalbermann-halevi ansatz for macroscopic spacetime shortcuts in the manyfold universe
topic General Relativity and Cosmology
url http://cds.cern.ch/record/782869
work_keys_str_mv AT loupf amoreconciseformalismforkalbermannhaleviansatzformacroscopicspacetimeshortcutsinthemanyfolduniverse
AT loupf moreconciseformalismforkalbermannhaleviansatzformacroscopicspacetimeshortcutsinthemanyfolduniverse