Arithmetic Progressions in the Primitive Length Spectrum

Nicholas Miller

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arXiv · 1602.01869

Arithmetic Progressions in the Primitive Length Spectrum

Nicholas Miller

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Abstract

In this article, we prove that every arithmetic locally symmetric orbifold of classical type without Euclidean or compact factors has arbitrarily long arithmetic progressions in its primitive length spectrum. Moreover, we show the stronger property that every primitive length occurs in arbitrarily long arithmetic progressions in its primitive length spectrum. This confirms one direction of a conjecture of Lafont--McReynolds, which states that the property of having every primitive length occur in arbitrarily long arithmetic progressions characterizes the arithmeticity of such spaces.

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Nicholas Miller. 2016-02-04. Arithmetic Progressions in the Primitive Length Spectrum. https://arxiv.org/abs/1602.01869

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