Abstract
Let E be a directed graph, K any field, and let LK(E) denote the Leavitt path algebra of E with coefficients in K. We show that LK(E) is a Bézout ring, i.e., that every finitely generated one-sided ideal of LK(E) is principal.
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References
G. Abrams, Leavitt path algebras: the first decade, Bulletin of Mathematical Sciences 5 (2015), 59–120.
G. Abrams, P. N. ánh, A. Louly and E. Pardo, The classification question for Leavitt path algebras, Journal of Algebra 320 (2008), 1983–2026.
G. Abrams, P. Ara and M. Siles Molina, Leavitt Path Algebras, Lecture Notes in Mathematics, Vol. 2191, Springer Verlag, London, 2017.
G. Abrams and G. Aranda Pino, The Leavitt path algebra of a graph, Journal of Algebra 293 (2005), 319–334.
G. Abrams, F. Mantese and A. Tonolo, Prüfer modules over Leavitt path algebras, Journal of Algebra and its Applications, to appear, arXiv 1707.03732v1.
G. Abrams, T. G. Nam and N. T. Phuc, Leavitt path algebras having unbounded Generating number, Journal of Pure and Applied Algebra 221 (2017), 1322–1343.
F. Albrecht, On projective modules over semi-hereditary rings, Proceedings of the American Mathematical Society 12 (1961), 638–639.
S. Amitsur, Remarks on principal ideal rings, Osaka Journal Mathematics 15 (1963), 59–69.
P. Ara, M. A. Moreno and E. Pardo, Nonstable K-theory for graph algebras, Algebras and Representation Theory 10 (2007), 157–178.
P. Ara and K. M. Rangaswamy, Finitely presented simple modules over Leavitt path algebras, Journal of Algebra 417 (2014), 333–352.
K. Asano, Nichtkommutative Hauptidealringe, Actualités scientifiques et industrielles, Vol. 696, Hermann, Paris, 1938.
R. A. Beauregard and R. E. Johnson, Primary factorization in a weak Bézout domain, Proceedings of the American Mathematical Society 25 (1970), 662–665.
G. Bergman, Coproducts and some universal ring constructions, Transactions of the American Mathematical Society 200 (1974), 33–88.
P. M. Cohn, Free Rings and Their Relations, London Mathematical Society Monograph Series, Vol. 19, Academic Press, London, 1985.
P. M. Cohn, Right principal Bézout domains, Journal of the London Mathematical Society 35 (1987), 251–262.
L. Gerritzen, Modules over the algebra of the noncommutative equation yx = 1, Archiv der Mathematik 75 (2000), 98–112.
A. W. Goldie, Noncommutative principal ideal rings, Archiv für Mathematische Logik und Grundlagenforschung 13 (1962), 213–221.
R. Hazrat and K. M. Rangaswamy, On graded irreducible representations of Leavitt path algebras, Journal of Algebra 450 (2016), 458–486.
N. Jacobson, Theory of Rings, Mathematical Surveys and Monographs, Vol. 2, American Mathematical Society, Providence, RI, 1943.
I. Kaplansky, Elementary divisors and modules, Transactions of the American Mathematical Society 66 (1949), 464–491.
W. Leavitt, The module type of a ring, Transactions of the American Mathematical Society 103 (1962), 113–130.
K. M. Rangaswamy, On generators of two-sided ideals of Leavitt path algebras over arbitrary graphs, Communications in Algebra 42 (2014), 2859–2868.
J. C. Robson, Rings in which finitely generated right ideals are principal, Proceedings of the London Mathematical Society 17 (1967), 617–628.
R. G. Swan, Projective modules over group rings and maximal orders, Annals of Mathematics 76 (1962), 55–61.
A. A. Tuganbaev, Bézout modules and rings, Journal of Mathematical Sciences 163 (2009), 596–597.
R. B. Warfield, Jr, Bézout rings and serial rings, Communications in Algebra 7 (1979), 533–545.
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Dedicated to the memory of Frank W. Anderson: teacher, scholar, friend.
The first author was partially supported by a Simons Foundation Collaboration Grants for Mathematicians Award #208941. The second and third authors were supported by Progetto di Eccellenza Fondazione Cariparo “Algebraic structures and their applications: Abelian and derived categories, algebraic entropy and representation of algebras”.
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Abrams, G., Mantese, F. & Tonolo, A. Leavitt path algebras are Bézout. Isr. J. Math. 228, 53–78 (2018). https://doi.org/10.1007/s11856-018-1773-2
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DOI: https://doi.org/10.1007/s11856-018-1773-2