Symmetries of the stationary Einstein--Maxwell--dilaton theory
arXiv:hep-th/9504155 · doi:10.1088/0264-9381/12/12/007
Abstract
Gravity coupled three--dimensional --model describing the stationary Einstein--Maxwell--dilaton system with general dilaton coupling is studied. Killing equations for the corresponding five--dimensional target space are integrated. It is shown that for general coupling constant the symmetry algebra is isomorphic to the maximal solvable subalgebra of . For two critical values and , Killing algebra enlarges to the full and algebras respectively, which correspond to five--dimensional Kaluza--Klein and four--dimensional Brans--Dicke--Maxwell theories. These two models are analyzed in terms of the unique real variables. Relation to the description in terms of complex Ernst potentials is discussed. Non--trivial discrete maps between different subspaces of the target space are found and used to generate new arbitrary-- solutions to dilaton gravity.
Latex, 24 pp
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Cited by in corpus (36)
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