1 citations · 1 across the 5 of their papers we have counts for
6 papers
Interactions Between Brauer Configuration Algebras and Classical Cryptanalysis to Analyze Bach's Canons
Agustín Moreno Cañadas, Pedro Fernando Fernández Espinosa, José Gregorio Rodríguez Nieto +2
Since their introduction, Brauer configuration algebras (BCAs) and their specialized messages have helped research in several fields of mathematics and sciences. This paper deals w…
Relationships Between Mutations of Brauer Configuration Algebras and Some Diophantine Equations
Agustín Moreno Cañadas, Juan David Camacho, Isaías David Marín Gaviria
Mutations on Brauer configurations are introduced and associated with some suitable automata in order to solve generalizations of the Chicken McNugget problem. Besides, based on ma…
Homological Ideals as Integer Specializations of Some Brauer Configuration Algebras
Pedro Fernando Fernández Espinosa, Agustín Moreno Cañadas
In this paper homological ideals associated to some Nakayama algebras are characterized and enumerated via integer specializations of some suitable Brauer configuration algebras. B…
Brauer Configuration Algebras and Matrix Problems to Categorify Integer Sequences
Agustín Moreno Cañadas, Pedro Fernando Fernández Espinosa, Isaías David Marín Gaviria +1
Bijections between invariants associated to indecomposable projective modules over some suitable Brauer configuration algebras and invariants associated to solutions of the Kroneck…
Coxeter's Frieze Patterns Arising from Dyck Paths
Agustín Moreno Cañadas, Isaías David Marín Gaviria, Gabriel Bravo Rios +1
Frieze patterns are defined by objects of a category of Dyck paths, to do that, it is introduced the notion of diamond of Dynkin type An. Such diamonds constitute a tool to build i…
Dyck Paths Categories And Its Relationships With Cluster Algebras
Agustín Moreno Cañadas, Gabriel Bravo Ríos
Dyck paths categories are introduced as a combinatorial model of the category of representations of quivers of Dynkin type An. In particular, it is proved that there is a bijection…