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- Pavel Etingof, Dmitri Nikshych
- 2005

Using a variety of methods developed in the literature (in particular , the theory of weak Hopf algebras), we prove a number of general results about fusion categories in characteristic zero. We show that the global dimension of a fusion category is always positive, and that the S-matrix of any (not necessarily hermitian) modular category is unitary. We… (More)

This paper arose from a minicourse given by the first author at MIT in the Spring of 1999, when the second author extended and improved his lecture notes of this minicourse. It contains a systematic and elementary introduction to a new area of the theory of quantum groups – the theory of the classical and quantum dynamical Yang-Baxter equations. The quantum… (More)

In the paper [Dr], V.Drinfeld formulated a number of problems in quantum group theory. In particular, he suggested to consider " set-theoretical " solutions of the quantum Yang-Baxter equation, i.e. solutions given by a permutation R of the set X × X, where X is a fixed set. In this paper we study such solutions, which in addition satisfy the unitarity and… (More)

Introduction By spherical functions one usually means functions on the double coset space K\G/K, where G is a group and K is a subgroup of G. This is equivalent to considering functions on the homogeneous space G/K left invariant with respect to K. More generally, if V is a fixed irreducible representation of K, for example, finite-dimensional, one can look… (More)

- PAVEL ETINGOF, ERIC RAINS
- 2005

Let M 0,n be the Deligne-Mumford compactification of the moduli space of algebraic curves of genus 0 with n marked points, labeled by 1, ..., n. This is a smooth projective variety defined over Q ([DM]), equipped with a natural action of the symmetric group S n (by permuting the labels); its points are stable, possibly singular, curves of genus 0 with n… (More)

We introduce a class of multidimensional Schrödinger operators with elliptic potential which generalize the classical Lamé operator to higher dimensions. One natural example is the Calogero–Moser operator, others are related to the root systems and their deformations. We conjecture that these operators are algebraically integrable, which is a proper… (More)

This paper is a continuation of [EK1-4]. The goal of this paper is to define and study the notion of a quantum vertex operator algebra (VOA) in the setting of the formal deformation theory and give interesting examples of such algebras. Our definition of a quantum VOA is based on the ideas of the paper [FrR]. The first chapter of our paper is devoted to the… (More)

We start the general structure theory of not necessarily semisimple finite tensor categories, generalizing the results in the semi-simple case (i. e. for fusion categories), obtained recently in our joint work with D. Nikshych. In particular, we generalize to the categorical setting the Hopf and quasi-Hopf algebra freeness theorems due to Nichols–Zoeller… (More)

- Yuri Berest, Pavel Etingof, Victor Ginzburg
- 2002

A complete classification and character formulas for finite-dimensional irreducible representations of the rational Cherednik algebra of type A are given. Less complete results for other types are obtained. Links to the geometry of affine flag manifolds and Hilbert schemes are discussed.

- P Etingof, A Varchenko
- 1999

For any simple Lie algebra g and any complex number q which is not zero or a nontrivial root of unity, we construct a dynamical quantum group (Hopf algebroid), whose representation theory is essentially the same as the representation theory of the quantum group U q (g). This dynamical quantum group is obtained from the fusion and exchange relations between… (More)