Arithmetic Kei Theory

Fuente: arXiv
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Hauptverfasser: Davis, Ariel, Schlank, Tomer M
Format: Preprint
Veröffentlicht: 2024
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author Davis, Ariel
Schlank, Tomer M
author_facet Davis, Ariel
Schlank, Tomer M
contents A kei, or 2-quandle, is an algebraic structure one can use to produce a numerical invariant of links, known as coloring invariants. Motivated by Mazur's analogy between prime numbers and knots, we define for every finite kei $\mathcal{K}$ an analogous coloring invariant $\textrm{col}_{\mathcal K}(n)$ of square-free integers. This is achieved by defining a fundamental kei for every such $n$. We conjecture that the asymptotic average order of $\textrm{col}_{\mathcal K}$ can be predicted to some extent by the colorings of random braid closures. This conjecture is fleshed out in general, building on previous work, and then proven for several cases.
format Preprint
id arxiv_https___arxiv_org_abs_2408_05489
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Arithmetic Kei Theory
Davis, Ariel
Schlank, Tomer M
Number Theory
Geometric Topology
A kei, or 2-quandle, is an algebraic structure one can use to produce a numerical invariant of links, known as coloring invariants. Motivated by Mazur's analogy between prime numbers and knots, we define for every finite kei $\mathcal{K}$ an analogous coloring invariant $\textrm{col}_{\mathcal K}(n)$ of square-free integers. This is achieved by defining a fundamental kei for every such $n$. We conjecture that the asymptotic average order of $\textrm{col}_{\mathcal K}$ can be predicted to some extent by the colorings of random braid closures. This conjecture is fleshed out in general, building on previous work, and then proven for several cases.
title Arithmetic Kei Theory
topic Number Theory
Geometric Topology
url https://arxiv.org/abs/2408.05489