Actions of Zd by automorphisms of compact zero-dimensional groups exhibit a range of mixing behaviour. Schmidt introduced the notion of mixing shapes for these systems, and proved that non-mixing shapes can only arise non-trivially for actions on zero-dimensional groups. Masser has shown that the failure of higher-order mixing is always witnessed by non-mixing shapes. Here we show how valuations can be used to understand the (non-)mixing behaviour of a certain family of examples. The sharpest information arises for systems corresponding to tight polyhedra
For mixing [\mathbb Z^d] -actions generated by commuting automorphisms of a compact abelian group, w...
Given an algebraic $Z^d$-action corresponding to a prime ideal of a Laurent ring of polynomials in s...
We consider Ledrappier's dynamical system, which was the first example of a Z(2)-action which is 2-m...
Actions of Zd by automorphisms of compact zero-dimensional groups exhibit a range of mixing behaviou...
Let a be a Zd-action (d ³ 2) by automorphisms of a compact metric abelian group. For any non-linear ...
The exact order of mixing for zero-dimensional algebraic dynamical systems is not entirely understoo...
We study mixing properties of algebraic actions of Qd, showing in particular that prime mixing Qd-ac...
We prove that every mixing Zd-action by automorphisms of a compact, connected, abelian group is mixi...
Mixing for measure-preserving group actions is a fundamental notion in ergodic theory, with differen...
Abstract. For a general group G we consider various weak mixing properties of nonsingular actions. I...
Abstract. Using techniques related to the (C,F)-actions we construct explicitly mixing rank-one (by ...
We prove that every mixing Z(d)-action by automorphisms of a compact, connected, abelian group is mi...
For N d-actions by algebraic endomorphisms on compact abelian groups, the existence of non-mixing co...
© 2017 Cambridge University Press. We consider dynamical systems, consisting of-actions by continuou...
Abstract. We characterize mildly mixing group actions of a noncompact, locally compact, second count...
For mixing [\mathbb Z^d] -actions generated by commuting automorphisms of a compact abelian group, w...
Given an algebraic $Z^d$-action corresponding to a prime ideal of a Laurent ring of polynomials in s...
We consider Ledrappier's dynamical system, which was the first example of a Z(2)-action which is 2-m...
Actions of Zd by automorphisms of compact zero-dimensional groups exhibit a range of mixing behaviou...
Let a be a Zd-action (d ³ 2) by automorphisms of a compact metric abelian group. For any non-linear ...
The exact order of mixing for zero-dimensional algebraic dynamical systems is not entirely understoo...
We study mixing properties of algebraic actions of Qd, showing in particular that prime mixing Qd-ac...
We prove that every mixing Zd-action by automorphisms of a compact, connected, abelian group is mixi...
Mixing for measure-preserving group actions is a fundamental notion in ergodic theory, with differen...
Abstract. For a general group G we consider various weak mixing properties of nonsingular actions. I...
Abstract. Using techniques related to the (C,F)-actions we construct explicitly mixing rank-one (by ...
We prove that every mixing Z(d)-action by automorphisms of a compact, connected, abelian group is mi...
For N d-actions by algebraic endomorphisms on compact abelian groups, the existence of non-mixing co...
© 2017 Cambridge University Press. We consider dynamical systems, consisting of-actions by continuou...
Abstract. We characterize mildly mixing group actions of a noncompact, locally compact, second count...
For mixing [\mathbb Z^d] -actions generated by commuting automorphisms of a compact abelian group, w...
Given an algebraic $Z^d$-action corresponding to a prime ideal of a Laurent ring of polynomials in s...
We consider Ledrappier's dynamical system, which was the first example of a Z(2)-action which is 2-m...