Holey Hyperbolic Polyforms

Fuente: arXiv
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Autori principali: Eldridge, Summer, Prabha, Adithya, Roger, Aiden, Roger, Cooper, Roldán, Érika, Toalá-Enríquez, Rosemberg
Natura: Preprint
Pubblicazione: 2026
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author Eldridge, Summer
Prabha, Adithya
Roger, Aiden
Roger, Cooper
Roldán, Érika
Toalá-Enríquez, Rosemberg
author_facet Eldridge, Summer
Prabha, Adithya
Roger, Aiden
Roger, Cooper
Roldán, Érika
Toalá-Enríquez, Rosemberg
contents A polyform is a planar figure formed by gluing congruent regular polygons along entire edges. We study polyforms in hyperbolic ${p,q}$-tessellations and the extremal problem of minimizing the number of tiles needed to realize exactly $h$ holes. Denoting this minimum by $g_{p,q}(h)$, we establish general lower and upper bounds, compute exact values in several small cases, and give a sufficient structural condition for a polyform to have $h$ holes and $g_{p,q}(h)$ tiles.
format Preprint
id arxiv_https___arxiv_org_abs_2603_18638
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Holey Hyperbolic Polyforms
Eldridge, Summer
Prabha, Adithya
Roger, Aiden
Roger, Cooper
Roldán, Érika
Toalá-Enríquez, Rosemberg
Combinatorics
Algebraic Topology
05A20, 05B50, 05C07, 05C10, 52C20, 05C35, 51M10, 52A40, 49Q10
A polyform is a planar figure formed by gluing congruent regular polygons along entire edges. We study polyforms in hyperbolic ${p,q}$-tessellations and the extremal problem of minimizing the number of tiles needed to realize exactly $h$ holes. Denoting this minimum by $g_{p,q}(h)$, we establish general lower and upper bounds, compute exact values in several small cases, and give a sufficient structural condition for a polyform to have $h$ holes and $g_{p,q}(h)$ tiles.
title Holey Hyperbolic Polyforms
topic Combinatorics
Algebraic Topology
05A20, 05B50, 05C07, 05C10, 52C20, 05C35, 51M10, 52A40, 49Q10
url https://arxiv.org/abs/2603.18638