Biharmonic holomorphic maps and conformally Kahler geometry
M. Benyounes, Eric Loubeau, Radu Slobodeanu
Abstract
Open-access reader
M. Benyounes, Eric Loubeau, Radu Slobodeanu
Abstract
Open-access reader
We give conditions on the Lee vector field of an almost Hermitian manifold such that any holomorphic map from this manifold into a (1,2)-symplectic manifold must satisfy the fourth-order condition of being biharmonic, hence generalizing the Lichnerowicz theorem on harmonic maps. These third-order non-linear conditions are shown to greatly simplify on l.c.K. manifolds and construction methods and examples are given in all dimensions.
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We give conditions on the Lee vector field of an almost Hermitian manifold such that any holomorphic map from this manifold into a (1,2)-symplectic manifold must satisfy the fourth-order condition of being biharmonic, hence generalizing the Lichnerowicz theorem on harmonic maps. These third-order non-linear conditions are shown to greatly simplify on l.c.K. manifolds and construction methods and examples are given in all dimensions.
Key concepts: Biharmonic equation, Holomorphic function, Harmonic map, Mathematics, Hermitian manifold, Symplectic geometry, Manifold (fluid mechanics), Pure mathematics