AbstractLet Lcm be the vertex operator superalgebra associated to the unitary vacuum module for the N=2 superconformal algebra with the central charge cm=3mm+2,m∈N. Then the unitary N=2-modules give all irreducible modules for the vertex operator superalgebra Lcm. In this paper, we determine all fusion rules for Lcm-modules from the vertex algebra point of view. These fusion rules coincide with the fusion rules obtained by M. Wakimoto (Fusion rules for N=2 superconformal modules, hep-th/9807144) using a modified Verlinde formula
Fusion rules, structure constants and 4-point functions for all the fields in the Neveu-Schwarz, Ram...
It is now well known that non-local observables in critical statistical lattice models, polymers and...
AbstractThe Virasoro logarithmic minimal models were intensively studied by several groups over the ...
AbstractLet Lcm be the vertex operator superalgebra associated to the unitary vacuum module for the ...
The modular properties of the simple vertex operator superalgebra associated with the affine Kac–Mo...
The modular properties of the simple vertex operator superalgebra associated with the affine Kac–Mo...
Using the Bailey flow construction, we derive character identities for the N=1 superconform...
Logarithmic conformal field theory is a relatively recent branch of mathematical physics w...
Based on symmetry principles, we derive a fusion algebra generated from repeated fusions of the irre...
Abstract Every four-dimensional N=2 $$ \mathcal{N}=2 $$ superconformal field theory comes equipped w...
AbstractWe study fusion rings for degenerate minimal models (p=q case) for N=0 and N=1 (super)confor...
AbstractFusion rules among irreducible modules for the free bosonic orbifold vertex operator algebra...
We constrain the spectrum of N = (1, 1) and N = (2, 2) superconformal field theories in two-dimensio...
Fusion rules, structure constants and four-point functions for all the fields of N = 2 superconforma...
The purpose of this work is to illustrate in a family of interesting examples how to study the repre...
Fusion rules, structure constants and 4-point functions for all the fields in the Neveu-Schwarz, Ram...
It is now well known that non-local observables in critical statistical lattice models, polymers and...
AbstractThe Virasoro logarithmic minimal models were intensively studied by several groups over the ...
AbstractLet Lcm be the vertex operator superalgebra associated to the unitary vacuum module for the ...
The modular properties of the simple vertex operator superalgebra associated with the affine Kac–Mo...
The modular properties of the simple vertex operator superalgebra associated with the affine Kac–Mo...
Using the Bailey flow construction, we derive character identities for the N=1 superconform...
Logarithmic conformal field theory is a relatively recent branch of mathematical physics w...
Based on symmetry principles, we derive a fusion algebra generated from repeated fusions of the irre...
Abstract Every four-dimensional N=2 $$ \mathcal{N}=2 $$ superconformal field theory comes equipped w...
AbstractWe study fusion rings for degenerate minimal models (p=q case) for N=0 and N=1 (super)confor...
AbstractFusion rules among irreducible modules for the free bosonic orbifold vertex operator algebra...
We constrain the spectrum of N = (1, 1) and N = (2, 2) superconformal field theories in two-dimensio...
Fusion rules, structure constants and four-point functions for all the fields of N = 2 superconforma...
The purpose of this work is to illustrate in a family of interesting examples how to study the repre...
Fusion rules, structure constants and 4-point functions for all the fields in the Neveu-Schwarz, Ram...
It is now well known that non-local observables in critical statistical lattice models, polymers and...
AbstractThe Virasoro logarithmic minimal models were intensively studied by several groups over the ...