Classification of real low dimensional Jacobi(generalized)-Lie bialgebras

preprint2016arXivOpen access

Abstract

We describe the definition of Jacobi (generalized)-Lie bialgebras ((g,ϕ0),(g∗,X0))(({\bf{g}},ϕ_{0}),({\bf{g}}^{*},X_{0})) in terms of structure constants of the Lie algebras g{\bf{g}} and g∗{\bf{g}}^{*} and components of their 1-cocycles X0∈gX_{0}\in {\bf{g}} and ϕ0∈g∗ϕ_{0}\in {\bf{g}}^{*} in the basis of the Lie algebras. Then, using adjoint representations and automorphism Lie groups of Lie algebras, we give a method for classification of real low dimensional Jacobi-Lie bialgebras. In this way, we obtain and classify real two and three dimensional Jacobi-Lie bialgebras.

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