We consider U[subscript q](l[subscript n), the quantum group of type A for |q| = 1, q generic. We provide formulas for signature characters of irreducible finite-dimensional highest weight modules and Verma modules. In both cases, the technique involves combinatorics of the Gelfand-Tsetlin bases. As an application, we obtain information about unitarity of finite-dimensional irreducible representations for arbitrary q: we classify the continuous spectrum of the unitarity locus. We also recover some known results in the classical limit q→1 that were obtained by different means. Finally, we provide several explicit examples of signature characters
All finite dimensional irreducible unitary representations of the quantum supergroup U[gl(m\n)] are ...
Among several tools used in studying representations of quantum groups (or quantum algebras) are the...
We study the level-one irreducible highest weight representations of U-q[gl(1\1)] and associated q-v...
A method is investigated for inducing highest-weight representations for the quantum group U(q)(gl(n...
AbstractWe give a set of sufficient conditions for a Laurent polynomial to be the q-character of a f...
Abstract. The q-characters were introduced by Frenkel and Reshetikhin [FR2] to study nite dimen-sion...
Abstract We revisit the study of the multiplets of the conformal algebra in any dimension. The theor...
AbstractFrenkel and Reshetikhin (in: Recent Developments in Quantum Affine Algebras and Related Topi...
AbstractWe consider various specializations of the untwisted quantum affine algebras at roots of uni...
AbstractWe compute the characters of the finite dimensional irreducible representations of the Lie s...
AbstractThe Fock space of m+p bosonic and n+q fermionic quantum oscillators forms a unitarizable mod...
AbstractWe consider various specializations of the untwisted quantum affine algebras at roots of uni...
AbstractA highest weight theory is developed for a general class of algebras which includes generali...
We construct quantum groups U_q(g) associated with generalized Kac-Moody algebras g with admissible ...
AbstractThe q-characters were introduced by Frenkel and Reshetikhin [The q-characters of representat...
All finite dimensional irreducible unitary representations of the quantum supergroup U[gl(m\n)] are ...
Among several tools used in studying representations of quantum groups (or quantum algebras) are the...
We study the level-one irreducible highest weight representations of U-q[gl(1\1)] and associated q-v...
A method is investigated for inducing highest-weight representations for the quantum group U(q)(gl(n...
AbstractWe give a set of sufficient conditions for a Laurent polynomial to be the q-character of a f...
Abstract. The q-characters were introduced by Frenkel and Reshetikhin [FR2] to study nite dimen-sion...
Abstract We revisit the study of the multiplets of the conformal algebra in any dimension. The theor...
AbstractFrenkel and Reshetikhin (in: Recent Developments in Quantum Affine Algebras and Related Topi...
AbstractWe consider various specializations of the untwisted quantum affine algebras at roots of uni...
AbstractWe compute the characters of the finite dimensional irreducible representations of the Lie s...
AbstractThe Fock space of m+p bosonic and n+q fermionic quantum oscillators forms a unitarizable mod...
AbstractWe consider various specializations of the untwisted quantum affine algebras at roots of uni...
AbstractA highest weight theory is developed for a general class of algebras which includes generali...
We construct quantum groups U_q(g) associated with generalized Kac-Moody algebras g with admissible ...
AbstractThe q-characters were introduced by Frenkel and Reshetikhin [The q-characters of representat...
All finite dimensional irreducible unitary representations of the quantum supergroup U[gl(m\n)] are ...
Among several tools used in studying representations of quantum groups (or quantum algebras) are the...
We study the level-one irreducible highest weight representations of U-q[gl(1\1)] and associated q-v...