The Motzkin subproduct system
Valeriano Aiello, Simone Del Vecchio, Stefano Rossi

TL;DR
This paper introduces a new subproduct system based on the Motzkin planar algebra, generalizing existing systems, and characterizes its associated Toeplitz and Cuntz-Pimsner C*-algebras through generators, relations, and representation theory.
Contribution
It presents the construction of a Motzkin subproduct system and describes its Toeplitz and Cuntz-Pimsner C*-algebras as universal algebras with detailed representation properties.
Findings
Defined a new subproduct system using Motzkin planar algebra.
Characterized the associated Toeplitz and Cuntz-Pimsner C*-algebras.
Analyzed the representation theory of these algebras.
Abstract
We introduce a subproduct system of finite-dimensional Hilbert spaces by using the Motzkin planar algebra and its Motzkin Jones-Wenzl idempotents, which generalizes the Temperley-Lieb subproduct system of Habbestad and Neshveyev. We provide a description of the corresponding Toeplitz and Cuntz-Pimsner C-algebras as universal C-algebras, defined in terms of generators and relations, and we highlight properties of their representation theory.
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Taxonomy
TopicsInorganic Fluorides and Related Compounds · Advanced Chemical Physics Studies
