AbstractFirst, we derive a simple connection between Toda and Langmuir lattices and give a characterization of Toda lattices with the help of Stieltjes functions. Then it is shown how to generate by orthogonal polynomials in an elementary way periodic and almost periodic Toda lattices. The particles of the Toda lattice are not even restricted, as usual, to move on the real line, they may also move in the complex plane. With the help of this result, for special cases explicit solutions are obtained in terms of elliptic functions
In this paper we construct global action-angle variables for the periodic Toda lattic
n this work we characterize a high-order Toda lattice in terms of a family of matrix polynomials ort...
Mathematical structures of integrable systems, its deepening and expansion. September 9-11, 2019. ed...
AbstractFirst, we derive a simple connection between Toda and Langmuir lattices and give a character...
In this paper we introduce the Δ-Volterra lattice which is interpreted in terms of symmetric orthogo...
In this paper we present multidimensional analogues of both the continuous- and discrete-time Toda ...
AbstractWe study the motion of zeros of time dependent orthogonal polynomials. We also relate the ta...
We consider matrix Toda and Volterra lattice equations and their relation with matrix biorthogonal p...
The correspondences between dynamics of q-Toda and q-Volterra equations for the coefficients of the ...
The correspondence between a high-order non-symmetric difference operator with complex coefficients...
AbstractDifference calculus compatible with polynomials (i.e., such that the divided difference oper...
In this paper we prove that the periodic Toda lattice admits globally defined Birkhoff coordinates
International audienceFor periodic Toda chains with a large number $N$ of particles we consider stat...
Transformation of the measure of orthogonality for orthogonal polynomials, namely Freud transformati...
AbstractTridiagonal operators with complex coefficients are considered. The correspondence between d...
In this paper we construct global action-angle variables for the periodic Toda lattic
n this work we characterize a high-order Toda lattice in terms of a family of matrix polynomials ort...
Mathematical structures of integrable systems, its deepening and expansion. September 9-11, 2019. ed...
AbstractFirst, we derive a simple connection between Toda and Langmuir lattices and give a character...
In this paper we introduce the Δ-Volterra lattice which is interpreted in terms of symmetric orthogo...
In this paper we present multidimensional analogues of both the continuous- and discrete-time Toda ...
AbstractWe study the motion of zeros of time dependent orthogonal polynomials. We also relate the ta...
We consider matrix Toda and Volterra lattice equations and their relation with matrix biorthogonal p...
The correspondences between dynamics of q-Toda and q-Volterra equations for the coefficients of the ...
The correspondence between a high-order non-symmetric difference operator with complex coefficients...
AbstractDifference calculus compatible with polynomials (i.e., such that the divided difference oper...
In this paper we prove that the periodic Toda lattice admits globally defined Birkhoff coordinates
International audienceFor periodic Toda chains with a large number $N$ of particles we consider stat...
Transformation of the measure of orthogonality for orthogonal polynomials, namely Freud transformati...
AbstractTridiagonal operators with complex coefficients are considered. The correspondence between d...
In this paper we construct global action-angle variables for the periodic Toda lattic
n this work we characterize a high-order Toda lattice in terms of a family of matrix polynomials ort...
Mathematical structures of integrable systems, its deepening and expansion. September 9-11, 2019. ed...