# Strongly graded Leavitt path algebras.

@article{Nystedt2020StronglyGL, title={Strongly graded Leavitt path algebras.}, author={Patrik Nystedt and Johan Oinert}, journal={arXiv: Rings and Algebras}, year={2020} }

Let $R$ be a unital ring, let $E$ be a directed graph and recall that the Leavitt path algebra $L_R(E)$ carries a natural $\mathbb{Z}$-gradation. We show that $L_R(E)$ is strongly $\mathbb{Z}$-graded if and only if $E$ is row-finite, has no sink, and satisfies Condition (Y). Our result generalizes a recent result by Clark, Hazrat and Rigby, and the proof is short and self-contained.

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