Stable systolic category of the product of spheres

Abstract

The stable systolic category of a closed manifold M indicates the complexity in the sense of volume. This is a homotopy invariant, even though it is defined by some relations between homological volumes on M. We show an equality of the stable systolic category and the real cup-length for the product of arbitrary finite dimensional real homology spheres. Also we prove the invariance of the stable systolic category under the rational equivalences for orientable 0-universal manifolds.

References in corpus (1)

• Bounding volume by systoles of 3-manifolds

Cited by in corpus (1)

• Hyperellipticity and Systoles of Klein Surfaces