8. Miscellaneous Problems
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Problem 8.1.
Is a “generic” manifold a K(\pi, 1)-space (where “generic” is to be determined)? -
Problem 8.2.
Does positive sectional curvature imply that the manifold is formal (in the sense of Sullivan’s minimal model)? -
Problem 8.3.
For compact, odd dimensional, positively curved manifolds is there a cyclic subgroup of the fundamental group whose index is bounded only in terms of the dimension? -
Problem 8.4.
Is there a finiteness result for n-dimensional, positively curved manifolds with \pi_1 = \pi_2 = 0? -
Problem 8.5.
Is there a \delta(n) > 0 such that any n-dimensional, positively curved manifold carries a \delta(n)-pinched metric?
Cite this as: AimPL: Manifolds with non-negative sectional curvature, available at http://aimpl.org/nnsectcurvature.