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Article overview
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Soliton Nature of Equilibrium State of Two Charged Masses in General Relativity | G.A. Alekseev
; V.A. Belinski
; | Date: |
3 Mar 2011 | Abstract: | New derivation of static equilibrium state for two charged masses in General
Relativity is given in the framework of the Inverse Scattering Method as an
alternative to our previous derivation of this solution by the Integral
Equation Method. This shows that such solution is of solitonic character and
represents the particular case of more general (12-parametric) stationary
axisymmetric electrovacuum two-soliton solution for two rotating charged
objects obtained by one of the authors in 1986. This result gives an additional
support to our comprehension that the appropriate analytical continuations of
solitonic solutions in the space of their parameters are always possible and
that applicability of the Inverse Scattering Method in presence of
electromagnetic field is not restricted only to the cases with naked
singularities. | Source: | arXiv, 1103.0582 | Services: | Forum | Review | PDF | Favorites |
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