Difference between revisions of "Isominkowskian Representation of Cosmological Redshifts and the Internal Red-Blue-Shifts of Quasars"

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==Abstract==
 
==Abstract==
  
The main hypothesis. In this paper we study the cosmological quasar redshift and their internal redshifts and buleshifts via a new geometry, called <em>isominkowskian geometrY, </em>which is constructed as a covering on the Minkowskian geometry for the representation of electromagnetic waves and extended particles propagating within inhomogeneous and anisotropic physical medica. The complementary <em>isoeuclidean </em>and <em>isoriemannian geometries </em>are also indicated.[[Category:Scientific Paper]]
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The main hypothesis. In this paper we study the cosmological quasar redshift and their internal redshifts and buleshifts via a new geometry, called <em>isominkowskian geometrY, </em>which is constructed as a covering on the Minkowskian geometry for the representation of electromagnetic waves and extended particles propagating within inhomogeneous and anisotropic physical medica. The complementary <em>isoeuclidean </em>and <em>isoriemannian geometries </em>are also indicated.
  
[[Category:Aether]]
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[[Category:Scientific Paper|isominkowskian representation cosmological redshifts internal red-blue-shifts quasars]]
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[[Category:Aether|isominkowskian representation cosmological redshifts internal red-blue-shifts quasars]]

Latest revision as of 19:39, 1 January 2017

Scientific Paper
Title Isominkowskian Representation of Cosmological Redshifts and the Internal Red-Blue-Shifts of Quasars
Author(s) Ruggero Maria Santilli
Keywords cosmological, redshifts, quasars, geometry, electromagnetic waves, particles
Published 1994
Journal None
Pages 41-58

Abstract

The main hypothesis. In this paper we study the cosmological quasar redshift and their internal redshifts and buleshifts via a new geometry, called isominkowskian geometrY, which is constructed as a covering on the Minkowskian geometry for the representation of electromagnetic waves and extended particles propagating within inhomogeneous and anisotropic physical medica. The complementary isoeuclidean and isoriemannian geometries are also indicated.