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</script>handle: 2318/1951633
A locally conformal SKT (shortly LCSKT) structure is a Hermitian structure $(J, g)$ whose Bismut torsion 3-form $H$ satisfies the condition $dH = α\wedge H$, for some closed non-zero 1-form $α$. This condition was introduced in [6] as a generalization of the SKT (or pluriclosed) condition $dH= 0$. In this paper, we characterize the almost abelian Lie algebras admitting a Hermitian structure $(J, g)$ such that $dH = α\wedge H$, for some closed 1-form $α$. As an application we classifiy LCSKT almost abelian Lie algebras in dimension $6$. Finally, we also study on almost abelian Lie algebras the compatibility between the LCSKT condition and other types of Hermitian structures.
20 pages
Almost abelian Lie algebras; Hermitian metrics; Locally conformal SKT metrics; Normal matrices;, Mathematics - Differential Geometry, Differential Geometry (math.DG), FOS: Mathematics
Almost abelian Lie algebras; Hermitian metrics; Locally conformal SKT metrics; Normal matrices;, Mathematics - Differential Geometry, Differential Geometry (math.DG), FOS: Mathematics
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