An introduction to a supersymmetric graph algebra
Katherine Radler, Ashish K. Srivastava

TL;DR
This paper introduces a new supersymmetric graph algebra, extending Leavitt path algebras, and explores its basis and growth properties, contributing to the mathematical understanding of algebraic structures with supersymmetry.
Contribution
It proposes a novel supersymmetric analogue of Leavitt path algebras and characterizes their basis and polynomial growth conditions.
Findings
Established a basis for the supersymmetric graph algebra
Characterized conditions for polynomial growth
Extended algebraic structures with supersymmetry
Abstract
In this paper we propose a graph superalgebra which is the supersymmetric analogue of Leavitt path algebras. We find a basis for these superalgebras and characterize when they have polynomial growth.
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