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Main Authors: Bock, Wolfgang, Canto, Cristóbal Gil, Barquero, Dolores Martín, González, Cándido Martín, Campos, Iván Ruiz, Sebandal, Alfilgen
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2402.18585
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author Bock, Wolfgang
Canto, Cristóbal Gil
Barquero, Dolores Martín
González, Cándido Martín
Campos, Iván Ruiz
Sebandal, Alfilgen
author_facet Bock, Wolfgang
Canto, Cristóbal Gil
Barquero, Dolores Martín
González, Cándido Martín
Campos, Iván Ruiz
Sebandal, Alfilgen
contents In this note we prove that the algebras $L_K(E)$ and $KE$ have the same entropy. Entropy is always referred to the standard filtrations in the corresponding kind of algebra. The main argument leans on (1) the holomorphic functional calculus; (2) the relation of entropy with suitable norm of the adjacency matrix; and (3) the Cohn path algebras which yield suitable bounds for the algebraic entropies.
format Preprint
id arxiv_https___arxiv_org_abs_2402_18585
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle The algebraic entropies of the Leavitt path algebra and the graph algebras agree
Bock, Wolfgang
Canto, Cristóbal Gil
Barquero, Dolores Martín
González, Cándido Martín
Campos, Iván Ruiz
Sebandal, Alfilgen
Rings and Algebras
In this note we prove that the algebras $L_K(E)$ and $KE$ have the same entropy. Entropy is always referred to the standard filtrations in the corresponding kind of algebra. The main argument leans on (1) the holomorphic functional calculus; (2) the relation of entropy with suitable norm of the adjacency matrix; and (3) the Cohn path algebras which yield suitable bounds for the algebraic entropies.
title The algebraic entropies of the Leavitt path algebra and the graph algebras agree
topic Rings and Algebras
url https://arxiv.org/abs/2402.18585