Theorem shows geometric flow solutions in affine Riemannian manifolds, suggesting new constructions of Hessian metrics.
In this work, we obtain a short time solution for a geometric flow on noncompact affine Riemannian manifolds. Using this result, we can construct a Hessian metric with nonnegative bounded Hessian sectional curvature on some Hessian manifolds with nonnegative Hessian sectional curvature. Our results can be regarded as a real version of Lee-Tam {LT20}. As an application, we prove that a complete noncompact Hessian manifold with nonnegative Hessian sectional curvature is diffeomorphic to Rⁿ if its tangent bundle has maximal volume growth. This is an improvement of Theorem 1.3 in Jiao-Yin {JY25}.
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Yin et al. (2025) studied this question.
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