In this article we review recent developments in the one-dimensional Bethe ansatz solvable
multi-chain quantum models. The algebraic version of the Bethe ansatz (the quantum …

The book presents exact results for one-dimensional models (including quantum spin
models) of strongly correlated electrons in a comprehensive and concise manner. It …

We study integrable boundary conditions for the supersymmetric tJ model of correlated
electrons which arise when combining static scattering potentials with dynamical impurities …

The Hubbard chain with a magnetic impurity of arbitrary spin S is studied using the Bethe
ansatz technique. We consider two kinds of impurities which interact with itinerant electrons …

A family of exactly solvable models describing a spin S Heisenberg chain doped with mobile
spin-(S− 1 2) carriers is constructed from gl (2| 1)-invariant solutions of the Yang-Baxter …

The one-dimensional tJ model at the supersymmetric point, J= 2t, with a magnetic impurity of
arbitrary spin S is studied exactly using the Bethe ansatz technique. The impurity interacts by …

The exact solution of an integrable model with a magnetic (hybridization) impurity located at
the edge of an open correlated electron chain is presented. It is argued that in the case …

By using the algebraic Bethe ansatz, we find the exact solution of Perk–Schultz model with
general open boundary conditions. The Bethe ansatz equation and the eigenvalue of the …

We consider a system consisting of a one-dimensional lattice gas of electrons with a finite
concentration of magnetic impurities. The host electrons propagate with nearest-neighbor …

We investigate the algebraic structure of a recently proposed integrable tJ model with
impurities. Three forms of the Bethe ansatz equations are presented corresponding to the …