2016
DOI: 10.1515/coma-2016-0001
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Symmetries of holomorphic geometric structures on tori

Abstract: Abstract:We prove that any holomorphic locally homogeneous geometric structure on a complex torus of dimension two, modelled on a complex homogeneous surface, is translation invariant. We conjecture that this result is true in any dimension. In higher dimension, we prove it for G nilpotent. We also prove that for any given complex algebraic homogeneous space (X, G), the translation invariant (X, G)-structures on tori form a union of connected components in the deformation space of (X, G)-structures.

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Cited by 2 publications
(1 citation statement)
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“…In particular, any complex subbundle of the holomorphic tangent bundle is isomorphic to a trivial vector bundle. It was also proved in [5] that all holomorphic geometric structures in Gromov's sense [9] (constructed from higher order frame bundles) on parallelizable manifolds G/Γ of algebraic dimension zero are also necessarily homogeneous (e.g. their pull-back on G are G-right invariant).…”
Section: Introductionmentioning
confidence: 99%
“…In particular, any complex subbundle of the holomorphic tangent bundle is isomorphic to a trivial vector bundle. It was also proved in [5] that all holomorphic geometric structures in Gromov's sense [9] (constructed from higher order frame bundles) on parallelizable manifolds G/Γ of algebraic dimension zero are also necessarily homogeneous (e.g. their pull-back on G are G-right invariant).…”
Section: Introductionmentioning
confidence: 99%