Special symplectic Lie groups and hypersymplectic Lie groups

preprint2010arXivOpen access

Abstract

A special symplectic Lie group is a triple (G,ω,∇)(G,ω,\nabla) such that GG is a finite-dimensional real Lie group and ωω is a left invariant symplectic form on GG which is parallel with respect to a left invariant affine structure ∇\nabla. In this paper starting from a special symplectic Lie group we show how to ``deform" the standard Lie group structure on the (co)tangent bundle through the left invariant affine structure ∇\nabla such that the resulting Lie group admits families of left invariant hypersymplectic structures and thus becomes a hypersymplectic Lie group. We consider the affine cotangent extension problem and then introduce notions of post-affine structure and post-left-symmetric algebra which is the underlying algebraic structure of a special symplectic Lie algebra. Furthermore, we give a kind of double extensions of special symplectic Lie groups in terms of post-left-symmetric algebras.

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