Generation of heterotic string theory solutions from the stationary Einstein-Maxwell fields
arXiv:gr-qc/0110093 · doi:10.1016/S0370-2693(01)01249-7
Abstract
A new formalism for construction of the stationary solutions is developed for the four-dimensional gravity coupled to the dilaton, Kalb-Ramond and two Maxwell fields in a low-energy heterotic string theory form. The result of generation is automatically invariant in respect to subgroup of the stationary charging symmetry transformations; the generation can be started from the stationary Einstein-Maxwell fields. The formalism is given both in real and new compact complex form, the result of maximal symmetry extension of the stationary Einstein-Maxwell theory to discussing string gravity model is explicitly written down.
16 pages in LATEX
Cited by in corpus (5)
- Structures of General Relativity in Dilaton-Maxwell Electrodynamics
- String theory extensions of Einstein-Maxwell fields: the static case
- O(d+1,d+n+1)--invariant Formulation of Stationary Heterotic String Theory
- Least action principle for Lorentz force in dilaton-Maxwell electrodynamics
- Generation of the bosonic string theory solutions from the stationary Einstein fields via projection symmetry