One-sided negative sectional curvature and the holomorphic Liouville property
We construct, in some sufficiently large fixed finite complex dimension m , a domain in ℂ m diffeomorphic to $\mathbb R^{2m}$ that admits a complete Kähler metric with real sectional curvature at most −1 and has only constant bounded holomorphic functions. Its sectional curvatures are unbounded below. The construction gives a negative answer to the one-sided bounded-holomorphic-function question.
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