New integrable boundary conditions for XXX model with impurities
Xiangyu Ge
Abstract
Xiangyu Ge
Abstract
A new class of integrable boundary conditions for the XXX model with impurity is presented by means of the boundary quantum inverse scattering method. The Hamiltonian with impurity is constructed and the diagonal boundary K -matrices depending on the spins of the electrons are found. The boundary system is solved by using the algebraic Bethe ansatz technique and the Bethe ansatz equations are derived.
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A new class of integrable boundary conditions for the XXX model with impurity is presented by means of the boundary quantum inverse scattering method. The Hamiltonian with impurity is constructed and the diagonal boundary K -matrices depending on the spins of the electrons are found. The boundary system is solved by using the algebraic Bethe ansatz technique and the Bethe ansatz equations are derived.
Key concepts: Bethe ansatz, Quantum inverse scattering method, Integrable system, Boundary value problem, Hamiltonian (control theory), Mathematical physics, Physics, Scattering