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QGCA
  • Home
  • Team
  • Research
  • Activities
    • Seminars and Talks
    • Distinguished Lecture Series
    • QGCA 2026 - International Conference
    • Celebrating Women in Representation Theory 2026 - International Conference
    • QGCA 2025 - International Conference
QGCA
  • Home
  • Team
  • Research
  • Activities
    • Seminars and Talks
    • Distinguished Lecture Series
    • QGCA 2026 - International Conference
    • Celebrating Women in Representation Theory 2026 - International Conference
    • QGCA 2025 - International Conference
  • More
    • Home
    • Team
    • Research
    • Activities
      • Seminars and Talks
      • Distinguished Lecture Series
      • QGCA 2026 - International Conference
      • Celebrating Women in Representation Theory 2026 - International Conference
      • QGCA 2025 - International Conference

Distinguished Lecture Series in Representation Theory and Mathematical Physics

  • Ivan Dimitrov -  Root systems, generalizations and applications, Room 403.

  • 2026, May 19 and 21 (3-4pm),

  • 2026, June 1, 3 and 5 (4-5pm).

  •  Abstract. Root systems were introduced by Wilhelm Killing in 1889 as a tool for classifying Lie algebras. Since then, they have become ubiquitous, appearing in various contexts in seemingly unrelated areas of Mathematics. In this lecture series, I will introduce and study root systems and will define a generalization of root systems. I will explain how this more general structure applies to various problems, e.g. hyperplane arrangements. Finally, I will introduce and study inversion sets of roots.


The exposition will be mostly self-contained, assuming Linear algebra and some Group theory background.


Key words. Root systems, Coxeter groups, Hyperplane arrangements, Inversion sets of roots

  • Gordana Todorov - Algebras and categories: Auslander, Cluster, Preprojective and Higher Version of Those, Room 403.

  • 2026, May 18-22 (4-5pm), Room 403.

  • Topics: 

  1. Quiver representations, Gabriel, Dlab, Ringel — Dynkin diagrams, Auslander-Reiten theory.

  2. Cluster algebras and cluster categories.

  3. Higher Auslander algebras and cluster tilting subcategories.

  4. Preprojective algebras and higher preprojective algebras.

  5. Preprojective structure on subcategories.

 Contact: 

  • quantum.groups.cluster.algebras@gmail.com 

  •  International Center for Mathematical Sciences
     Institute of Mathematics and Informatics
     Bulgarian Academy of Sciences

      Acad. G. Bonchev St. bl.8
      1113 Sofia, Bulgaria

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