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Misha Verbitsky
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A connected compact complex Lie group is a torus, hence the question is apparently about a principal torus bundles. Of course, product of a torus and a compact Kahler manifold is Kahler, giving a trivial answer to your question. For non-trivial examples, one may take a finite quotient of a trivial torus fibration by a finite group acting freely and compatible with the fibration structure.

A connected compact complex Lie group is a torus, hence the question is apparently about a principal torus bundles. Of course, product of a torus and a compact Kahler manifold is Kahler, giving a trivial answer to your question. For non-trivial examples, one may take a finite quotient of a trivial torus fibration by a finite group acting freely and compatible with the fibration structure.

A connected compact complex Lie group is a torus, hence the question is apparently about principal torus bundles. Of course, product of a torus and a compact Kahler manifold is Kahler, giving a trivial answer to your question. For non-trivial examples, one may take a finite quotient of a trivial torus fibration by a finite group acting freely and compatible with the fibration structure.

Source Link
Misha Verbitsky
  • 9.2k
  • 1
  • 28
  • 48

A connected compact complex Lie group is a torus, hence the question is apparently about a principal torus bundles. Of course, product of a torus and a compact Kahler manifold is Kahler, giving a trivial answer to your question. For non-trivial examples, one may take a finite quotient of a trivial torus fibration by a finite group acting freely and compatible with the fibration structure.