We show that the fourth-order nonlinear ODE which controls the pole dynamics in the general solution of equation PI2 compatible with the KdV equation exhibits two remarkable properties: (1) it governs the isomonodromy deformations of a 2 × 2 matrix linear ODE with polynomial coefficients, and (2) it does not possess the Painlevé property. We also study the properties of the Riemann-Hilbert problem associated to this ODE and find its large-t asymptotic solution for physically interesting initial data. © 2014 Pleiades Publishing, Ltd
In this paper we study the fourth Painleve equation and how the concept of isomonodromy may be used ...
Abstract. Isomonodromic deformations of rank 2 logarithmic connections with singular points 0, 1, t ...
Abstract. A method for solving certain nonlinear ordinary and partial differential equations is deve...
We show that the fourth-order nonlinear ODE which controls the pole dynamics in the general solution...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In this paper we study the fourth Painleve equation and how the concept of isomonodromy may be used ...
Abstract. Isomonodromic deformations of rank 2 logarithmic connections with singular points 0, 1, t ...
Abstract. A method for solving certain nonlinear ordinary and partial differential equations is deve...
We show that the fourth-order nonlinear ODE which controls the pole dynamics in the general solution...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In these lectures, we use the material of V. Heu and H. Reis' lectures to introduce and study Painle...
In this paper we study the fourth Painleve equation and how the concept of isomonodromy may be used ...
Abstract. Isomonodromic deformations of rank 2 logarithmic connections with singular points 0, 1, t ...
Abstract. A method for solving certain nonlinear ordinary and partial differential equations is deve...