Currently displaying 1 – 12 of 12

Showing per page

Order by Relevance | Title | Year of publication

When the intrinsic algebraic entropy is not really intrinsic

Brendan GoldsmithLuigi Salce — 2015

Topological Algebra and its Applications

The intrinsic algebraic entropy ent(ɸ) of an endomorphism ɸ of an Abelian group G can be computed using fully inert subgroups of ɸ-invariant sections of G, instead of the whole family of ɸ-inert subgroups. For a class of groups containing the groups of finite rank, aswell as those groupswhich are trajectories of finitely generated subgroups, it is proved that only fully inert subgroups of the group itself are needed to comput ent(ɸ). Examples show how the situation may be quite different outside...

Page 1

Download Results (CSV)