Some manifolds of Khinchin type for convergence
David Simmons

TL;DR
This paper enhances existing methods to establish stronger Khinchin-type convergence results for manifolds, improving upon recent and classical theorems in metric number theory.
Contribution
It refines and optimizes techniques for proving Khinchin-type convergence on manifolds, strengthening previous results and extending their applicability.
Findings
Stronger conditions for Khinchin-type convergence on manifolds.
Improved theorem of Dodson, Rynne, and Vickers ('89).
More optimal use of existing techniques.
Abstract
Recently, Beresnevich, Vaughan, Velani, and Zorin (arXiv: 1506.09049) gave some sufficient conditions for a manifold to be of Khinchin type for convergence. We show that their techniques can be used in a more optimal way to yield stronger results. In the process we also improve a theorem of Dodson, Rynne, and Vickers ('89).
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Taxonomy
TopicsPolynomial and algebraic computation · Algebraic Geometry and Number Theory · Advanced Differential Equations and Dynamical Systems
