Type invariants for solenoidal manifolds

arXiv2305.00863MaRDI QIDQ6434924

Olga Lukina, Steven Hurder

Publication date: 1 May 2023

Abstract: A solenoidal manifold is the inverse limit space of a tower of proper coverings of a compact base manifold. In this work, we introduce new invariants for solenoidal manifolds, their type and their typeset. These are collections of equivalence classes of asymptotic Steinitz orders associated to the monodromy Cantor action associated to the fibration of the solenoidal manifold over its base. We show the type of a solenoidal manifold is an invariant of its homeomorphism class. We introduce the notion of commensurable typesets, and show that homeomorphic solenoidal manifolds have commensurable typesets. When the base manifold in question is an $n$-torus, then there is a finite rank subgroup of $mathbb{Q}^n$ associated to the solenoidal manifold, and the type and typesets for subgroups of $mathbb{Q}^n$ are isomorphism invariants that have been well-studied in the literature. Examples are given to illustrate the properties of the type and typeset invariants.

Mathematics Subject Classification ID

Continua theory in dynamics (37B45) Dynamical systems involving transformations and group actions with special properties (minimality, distality, proximality, expansivity, etc.) (37B05) Limits, profinite groups (20E18) Torsion-free groups, finite rank (20K15) Compact groups of homeomorphisms (57S10)

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