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IJSTR >> Volume 4 - Issue 8, August 2015 Edition

International Journal of Scientific & Technology Research  
International Journal of Scientific & Technology Research

Website: http://www.ijstr.org

ISSN 2277-8616

Cosmological Model: A New Approach

[Full Text]



Francisco Martínez Flores





ABSTRACT: It is shown, making use of Special Relativity and applying Doppler Effect, thatthe motion of galaxies is not radial but transversal. Linking relativistic energy with Doppler Effect, we may explain that the Cosmic Background Radiation is produced by a sufficientely large number of distant galaxies located in accordance with the requirement of homogeneity and isotropy of the Universe. The existence of dark matter can be understood by distinguishing between a real or inertial mass, responsible for newtonian Mechanics and Gravitation and a virtual and electromagnetic relativistic mass, which it is acceptable by Quantum Theory. The so-called black holes and cosmic scale factor are not following from a correct interpretation through the Schwarzschild and Robertson-Walker metrics, respectively, which together with the inability to quantize Gravitation, introduce more than reasonable doubts about the reliability of the General Theory. The Universe does not expand, butis in a steady state, which can only be explained in the context of Quantum Theory.



[1] M. Berry: “Principles ofcosmologyandgravitation”. Cambridge (1976).

[2] Max Born: “Einstein’s theory of relativity”. Dover Publications (1962)

[3] S.Cotsakis: “Cosmological Crossroads”. Springer (2002).

[4] P.A.M.Dirac: “General Theory of Relatividty”. Wiley (1975).

[5] M.A.Pomerantza: “Cosmic rays”. Van Nostrand Reinhold. (1971).

[6] Alonso.Finn: “ Física: Campos y ondas”. Fondo Interamericano (1970).

[7] P.Davies: “Espacio y tiempo en el Universo contemporáneo” F.C.Econçomica (1982).

[8] Eddington: “space, Time and gravitation”. Cambridge (1968).

[9] Smith-Thomson: “Optics”. John Wiley (1973).

[10] A.Einstein: “The principle of relativity”. Dover Books. (1952).

[11] A.Einstein: “El significado de la Relatividad”. Espasa-Calpe (1984).

[12] S.Weinberg: “Los tres primeros minutos del universo”. Alianza Editorial (1986).

[13] E.Mach: “Desarrollo histórico de la Mecánica”. Espasa-Calpe (1984).

[14] J.A.Gowan: “General Systems and Unified Field Theory”. Cornell (2005).

[15] G.’Hoof: “Model for blanck hole quantum eigenstates”. (2006).

[16] NASA: “The quest for dark energy” (2007).

[17] D.White: “Dynamic implications and Gravitations’ source. (2005).

[18] M.D.Iftime: “Gaug and General Relativity”. Boston (2008).

[19] A.Lichnerowicz: “Cálculo tensorial”. Aguilar Ediciones (1965).

[20] M.Kaku: “Quantum Field Theory”. Oxford University Press. (1993).

[21] Mohapatra: “Unification and Supersymmetry”. Springer (2002).

[22] F.Wilczek: “Riemann structure from gauge symmetry”. Princeton (1997).

[23] F. Wilczek: “Origins of mass” MIT (2012).

[24] Panofsky-Pill.: “Classical Electricity and Magnetism”. Addison-Wesley (1963).

[25] H.Goldstein: “Mecánica Clásica”. Aguilar Ediciones (1963).

[26] G.Gomow: “La creacion del Universo”. R.B.A. Editores. (1993).

[27] S.L.Glashow: “El encanto de la física”. Metatemas. (1995).

[28] A.Sokolov: “Electrodinámica cuántica”. Editorial Mir (1989).

[29] M.K.Baumann, W.Hopkin,..: “El Cosmos”. Paidós (2005).

[30] M.S.Longair: “La evoluciópn de nuestro Universo”. Cambridge Univ.Press.(1998).