Relativistic Electromagnetic Mass Models: Charged Dust Distribution in
  Higher Dimensions

A. Banerjee; A. Chodos; D. Lorenz-Petzold; D.N. Pant; G. Mohanty; G.S. Khadekar; H. Ishihara; J. Ibanèz; J. Ponce de Leon; J.D. Gegenberg; J.H. Schwarz; P.S. Wesson; R. Gautreau; R.N. Tiwari; R.N. Tiwari; R.P. Feynman; S. Chatterjee; S. Ray; S. Weinberg; Saibal Ray; Sumana Bhadra; T. Fukui; Ø. Grøn

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Relativistic Electromagnetic Mass Models: Charged Dust Distribution in Higher Dimensions

Authors: A. Banerjee
A. Chodos
D. Lorenz-Petzold
D.N. Pant
G. Mohanty
G.S. Khadekar
H. Ishihara
J. Ibanèz
J. Ponce de Leon
J.D. Gegenberg
J.H. Schwarz
P.S. Wesson
R. Gautreau
R.N. Tiwari
R.N. Tiwari
R.P. Feynman
S. Chatterjee
S. Ray
S. Weinberg
Saibal Ray
Sumana Bhadra
T. Fukui
Ø. Grøn
Publication date: 1 January 2005
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

Electromagnetic mass models are proved to exist in higher dimensional theory of general relativity corresponding to charged dust distribution. Along with the general proof a specific example is also sited as a supporting candidate.Comment: Latex, 7 pages. Accepted in Astrophysics and Space Scienc

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