The -module and a Corner Transfer Matrix at q=0
arXiv:nlin/0303069 · doi:10.1016/S0550-3213(03)00237-2
Abstract
The north-west corner transfer matrix of an inhomogeneous integrable vertex model constructed from the vector representation of and its dual is investigated. In the limit , the spectrum can be obtained. Based on an analysis of the half-infinite tensor products related to all CTM-eigenvalues , it is argued that the eigenvectors of the corner transfer matrix are in one-to-one correspondance with the weight states of the module at level one. This is supported by a comparison of the comlete set of eigenvectors with a nondegenerate triple of eigenvalues of the CTM-Hamiltonian and the generators of the Cartan-subalgebra of to the weight states of with multiplicity one.
28 pages, revtex accepted for publication in Nuclear Physics B
References in corpus (11)
- Diagonalization of the XXZ Hamiltonian by Vertex Operators
- From Fusion Hierarchy to Excited State TBA
- Exact solution of a t-J chain with impurity
- Integrability of a t-J model with impurities
- Algebraic Bethe ansatz for the gl(1|2) generalized model and Lieb-Wu equations
- Algebraic properties of an integrable t-J model with impurities
- Doped Heisenberg chains: spin-S generalizations of the supersymmetric t-J model
- Corner Transfer Matrices and Quantum Affine Algebras
- Staggered Anisotropy Parameter Modification of the Anisotropic Model
- Exact Solution of a Electron System Combining Two Different t-J Models
- Finite temperature correlations for the U_q(sl(2|1))-invariant generalized Hubbard model