Bounding periods of subvarieties of (P^1)^n
Jason P. Bell, Dragos Ghioca, and Thomas J. Tucker

TL;DR
This paper establishes bounds on the orbit length of periodic subvarieties in (P^1)^n using p-adic analysis and Medvedev-Scanlon's classification, advancing understanding of dynamical systems in algebraic geometry.
Contribution
It introduces a method combining p-adic analysis with existing classification results to bound orbit lengths of periodic subvarieties.
Findings
Bounded the orbit length of periodic subvarieties
Applied p-adic analysis techniques
Extended previous classification results
Abstract
Using methods of p-adic analysis, along with the powerful result of Medvedev-Scanlon (Annals of Mathematics, 2014) for the classification of periodic subvarieties of (P^1)^n, we bound the length of the orbit of a periodic subvariety Y of (P^1)^n under the action of a dominant endomorphism.
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Taxonomy
TopicsMathematical Dynamics and Fractals · Algebraic Geometry and Number Theory · Geometric and Algebraic Topology
