English

The Temperley-Lieb Tower and the Weyl Algebra

Quantum Algebra 2025-04-15 v3 Representation Theory

Abstract

We define a monoidal category W\operatorname{\mathbf{W}} and a closely related 2-category 2Weyl\operatorname{\mathbf{2Weyl}} using diagrammatic methods. We show that 2Weyl\operatorname{\mathbf{2Weyl}} acts on the category TL:=nTLnmod\mathbf{TL} :=\bigoplus_n \operatorname{TL}_n\mathrm{-mod} of modules over Temperley-Lieb algebras, with its generating 1-morphisms acting by induction and restriction. The Grothendieck groups of W\operatorname{\mathbf{W}} and a third category we define W\operatorname{\mathbf W}^\infty are closely related to the Weyl algebra. We formulate a sense in which K0(W)K_0(\operatorname{\mathbf W}^\infty) acts asymptotically on K0(TL)K_0(\mathbf{TL}).

Keywords

Cite

@article{arxiv.2401.02545,
  title  = {The Temperley-Lieb Tower and the Weyl Algebra},
  author = {Matthew Harper and Peter Samuelson},
  journal= {arXiv preprint arXiv:2401.02545},
  year   = {2025}
}

Comments

39 pages, many figures. Comments particularly encouraged!