collaborators

8 papers

math.RT2026

Brick infinite algebras admit infinitely many non--rigid bricks

Kaveh Mousavand, Charles Paquette

For finite dimensional algebras over algebraically closed fields, we settle a question previously known only for certain families of algebras. More specifically, motivated by some…

math.RA2026

Left modularity and extremality for (some) infinite lattices

Sota Asai, Osamu Iyama, Kaveh Mousavand +1

For some important families of complete infinite lattices, we study some generalizations of two fundamental notions which are mostly treated for finite lattices. Specifically, for…

math.RT2025

Geometric interactions between bricks and -rigidity

Kaveh Mousavand, Charles Paquette

For finite-dimensional algebras over algebraically closed fields, we consider two fundamental classes of modules and their geometric counterparts: bricks and -rigid modules, as…

math.RT2025

Infinite string bricks and Sturmian words over some gentle algebras

Mark Deaconu, Kaveh Mousavand, Charles Paquette

We study infinite string modules that are bricks over some gentle algebras. In particular, we first give a complete classification of these modules over the double-Kronecker gentle…

math.RT2025

Brick-splitting Torsion Pairs and Left Modularity

Sota Asai, Osamu Iyama, Kaveh Mousavand +1

We introduce the notion of brick-splitting torsion pairs as a modern analogue and generalization of the classical notion of splitting torsion pairs. A torsion pair is called brick-…

math.RT2025

On the bricks (Schur representations) of finite dimensional algebras

Kaveh Mousavand, Charles Paquette

This manuscript treats the diverse applications of bricks within modern representation theory and several related domains, and reviews the recent developments and new results on br…