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Related papers: Higher frieze patterns

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Frieze patterns are numerical arrangements that satisfy a local arithmetic rule. These arrangements are actively studied in connection to the theory of cluster algebras. In the setting of cluster algebras, the notion of a frieze pattern can…

Combinatorics · Mathematics 2022-05-10 Ilke Canakci , Anna Felikson , Ana Garcia Elsener , Pavel Tumarkin

Friezes patterns are infinite arrays of numbers, in which every four neighbouring vertices arranged in a diamond satisfy the same arithmetic rule. Introduced in the late 1960s by Coxeter, and further studied by Conway and Coxeter in their…

Representation Theory · Mathematics 2026-05-18 Eleonore Faber

In this article, we construct SL$_k$-friezes using Pl\"ucker coordinates, making use of the cluster structure on the homogeneous coordinate ring of the Grassmannian of $k$-spaces in $n$-space via the Pl\"ucker embedding. When this cluster…

Rings and Algebras · Mathematics 2021-03-03 Karin Baur , Eleonore Faber , Sira Gratz , Khrystyna Serhiyenko , Gordana Todorov

Frieze patterns of numbers, introduced in the early 70's by Coxeter, are currently attracting much interest due to connections with the recent theory of cluster algebras. The present paper aims to review the original work of Coxeter and the…

Combinatorics · Mathematics 2017-05-17 Sophie Morier-Genoud

Motivated by cluster ensembles, we introduce a new variant of frieze patterns associated to acyclic cluster algebras, which we call ${\bf Y}\textit{-frieze patterns}$. Using the mutation rules for ${\bf Y}$-variables, we define a large…

Combinatorics · Mathematics 2024-01-10 Antoine de Saint Germain

Motivated by Conway and Coxeter's combinatorial results concerning frieze patterns, we sketch an introduction to the theory of cluster algebras and cluster categories for acyclic quivers. The goal is to show how these more abstract theories…

Representation Theory · Mathematics 2024-03-05 Matthew Pressland

The famous theorem of Conway and Coxeter on frieze patterns gave a geometric interpretation to integral friezes via triangulations of polygons. In this article, we review this result and show some of the development it has led to. The last…

Combinatorics · Mathematics 2021-01-15 Karin Baur

We study the space of 2-frieze patterns generalizing that of the classical Coxeter-Conway frieze patterns. The geometric realization of this space is the space of n-gons (in the projective plane and in 3-dimensional vector space) which is a…

Algebraic Geometry · Mathematics 2011-07-19 Sophie Morier-Genoud , Valentin Ovsienko , Serge Tabachnikov

We provide a cluster-algebraic approach to the computation of the recently introduced generalised biadjoint scalar amplitudes related to Grassmannians ${\rm Gr}(k,n)$. A finite cluster algebra provides a natural triangulation for the…

High Energy Physics - Theory · Physics 2021-01-26 James Drummond , Jack Foster , Ömer Gürdoğan , Chrysostomos Kalousios

The notion of a $(k,n)$-frieze pattern was introduced by the author as a generalisation of the classical frieze patterns. In this article we describe connections between classes of $(3,n)$-frieze patterns and classes of…

Combinatorics · Mathematics 2019-09-24 Jordan McMahon

We investigate special points on the Grassmannian which correspond to friezes with coefficients in the case of rank two. Using representations of arithmetic matroids we obtain a theorem on subpolygons of specializations of the coordinate…

Combinatorics · Mathematics 2022-07-20 Michael Cuntz

We define and study a continuous version of 2-frieze patterns, a combinatorial structure closely related with frieze patterns of Coxeter and Conway. We describe the relation of continuous 2-friezes with the moduli space of projective curves…

Combinatorics · Mathematics 2026-03-23 Serge Tabachnikov

In this article we consider tame $ SL_3 $-friezes that arise by specializing a cluster of Pl\"ucker variables in the coordinate ring of the Grassmannian $ \mathscr{G}(3,n) $ to $ 1 $. We show how to calculate arbitrary entries of such…

Combinatorics · Mathematics 2024-04-16 Lucas Surmann

Frieze patterns are combinatorial objects that are deeply related to cluster theory. Determinants of frieze patterns arise from triangular regions of the frieze, and they have been considered in previous works by Broline-Crowe-Isaacs, and…

Combinatorics · Mathematics 2023-10-24 Juan Pablo Maldonado

In the cluster algebra literature, the notion of a graded cluster algebra has been implicit since the origin of the subject. In this work, we wish to bring this aspect of cluster algebra theory to the foreground and promote its study. We…

Rings and Algebras · Mathematics 2015-06-22 Jan E. Grabowski

Frieze patterns have attracted significant attention recently, motivated by their relationship with cluster algebras. A longstanding open problem has been to provide a combinatorial model for frieze patterns over the ring of integers modulo…

Combinatorics · Mathematics 2025-05-09 Ian Short , Matty Van Son , Andrei Zabolotskii

Frieze patterns (in the sense of Conway and Coxeter) are related to cluster algebras of type A and to signed continuant polynomials. In view of studying certain classes of cluster algebras with coefficients, we extend the concept of signed…

Representation Theory · Mathematics 2014-04-02 Véronique Bazier-Matte , David Racicot-Desloges , Tanna Sanchez

This note generalizes $\mathrm{SL}(k)$-friezes to configurations of numbers in which one of the boundary rows has been replaced by a ragged edge (described by a juggling function). We provide several equivalent definitions/characterizations…

Combinatorics · Mathematics 2022-08-22 Roi Docampo , Greg Muller

For a cluster algebra $\mathcal{A}$ over $\mathbb{Q}$ of geometric type, a $\textit{frieze}$ of $\mathcal{A}$ is defined to be a $\mathbb{Q}$-algebra homomorphism from $\mathcal{A}$ to $\mathbb{Q}$ that takes positive integer values on all…

Rings and Algebras · Mathematics 2023-10-04 Antoine de Saint Germain , Min Huang , Jiang-Hua Lu

This article, based on joint work with Gabriel Carroll, Andy Itsara, Ian Le, Gregg Musiker, Gregory Price, Dylan Thurston, and Rui Viana, presents a combinatorial model based on perfect matchings that explains the symmetries of the…

Combinatorics · Mathematics 2020-05-29 James Propp
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