AbstractGeneralizing some of our earlier work, we prove natural presentations of the principal subspaces of the level one standard modules for the untwisted affine Lie algebras of types A, D and E, and also of certain related spaces. As a consequence, we obtain a canonical complete set of recursions (q-difference equations) for the (multi-)graded dimensions of these spaces, and we derive their graded dimensions. Our methods are based on intertwining operators in vertex operator algebra theory
We use combinatorial description of bases of Feigin-Stoyanovsky\u27s type subspaces of standard modu...
AbstractPresented here is a construction of certain bases of basic representations for classical aff...
AbstractBy using generalized vertex algebras associated to rational lattices, we construct explicitl...
AbstractGeneralizing some of our earlier work, we prove natural presentations of the principal subsp...
AbstractWe give an a priori proof of the known presentations of (that is, completeness of families o...
AbstractWe use the theory of vertex operator algebras and intertwining operators to obtain systems o...
Using the theory of vertex operator algebras and intertwining operators, we obtain presentations fo...
We consider the principal subspaces of certain level $k\geqslant 1$ integrable highest weight module...
AbstractWe notice that for any positive integer k, the set of (1,2)-specialized characters of level ...
AbstractThis is the first of a series of papers studying combinatorial (with no “subtractions”) base...
AbstractWe give an a priori proof of the known presentations of (that is, completeness of families o...
AbstractWe use the theory of vertex operator algebras and intertwining operators to obtain systems o...
Generalizing our earlier work, we construct quasi-particle bases of principal subspaces of standard ...
We use combinatorial description of bases of Feigin-Stoyanovsky\u27s type subspaces of standard modu...
Generalizing our earlier work, we construct quasi-particle bases of principal subspaces of standard ...
We use combinatorial description of bases of Feigin-Stoyanovsky\u27s type subspaces of standard modu...
AbstractPresented here is a construction of certain bases of basic representations for classical aff...
AbstractBy using generalized vertex algebras associated to rational lattices, we construct explicitl...
AbstractGeneralizing some of our earlier work, we prove natural presentations of the principal subsp...
AbstractWe give an a priori proof of the known presentations of (that is, completeness of families o...
AbstractWe use the theory of vertex operator algebras and intertwining operators to obtain systems o...
Using the theory of vertex operator algebras and intertwining operators, we obtain presentations fo...
We consider the principal subspaces of certain level $k\geqslant 1$ integrable highest weight module...
AbstractWe notice that for any positive integer k, the set of (1,2)-specialized characters of level ...
AbstractThis is the first of a series of papers studying combinatorial (with no “subtractions”) base...
AbstractWe give an a priori proof of the known presentations of (that is, completeness of families o...
AbstractWe use the theory of vertex operator algebras and intertwining operators to obtain systems o...
Generalizing our earlier work, we construct quasi-particle bases of principal subspaces of standard ...
We use combinatorial description of bases of Feigin-Stoyanovsky\u27s type subspaces of standard modu...
Generalizing our earlier work, we construct quasi-particle bases of principal subspaces of standard ...
We use combinatorial description of bases of Feigin-Stoyanovsky\u27s type subspaces of standard modu...
AbstractPresented here is a construction of certain bases of basic representations for classical aff...
AbstractBy using generalized vertex algebras associated to rational lattices, we construct explicitl...