International audienceWe degenerate the finite gap solutions of the KdV equation from the general formulation given in terms of abelian functions when the gaps tend to points, to get solutions to the KdV equation given in terms of Fredholm determinants and wronskians. For this we establish a link between Riemann theta functions, Fredholm determinants and wronskians. This gives the bridge between the algebro-geometric approach and the Darboux dressing method.We construct also multi-parametric degenerate rational solutions of this equation
International audienceWe construct multi-parametric rational solutions to the KdV equation. For this...
International audienceWe construct multi-parametric rational solutions to the KdV equation. For this...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
International audienceWe degenerate the finite gap solutions of the KdV equation from the general fo...
We degenerate the finite gap solutions of the KdV equation from the general formulation given in ter...
We degenerate the finite gap solutions of the KdV equation from the general formulation given in ter...
We degenerate the finite gap solutions of the KdV equation from the general formulation given in ter...
We degenerate the finite gap solutions of the KdV equation from the general formulation in terms of ...
We degenerate the finite gap solutions of the KdV equation from the general formulation in terms of ...
We construct multi-parametric rational solutions to the KdV equation. For this, we use solutions in ...
We construct multi-parametric rational solutions to the KdV equation. For this, we use solutions in ...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
International audienceWe construct multi-parametric rational solutions to the KdV equation. For this...
International audienceWe construct multi-parametric rational solutions to the KdV equation. For this...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
International audienceWe degenerate the finite gap solutions of the KdV equation from the general fo...
We degenerate the finite gap solutions of the KdV equation from the general formulation given in ter...
We degenerate the finite gap solutions of the KdV equation from the general formulation given in ter...
We degenerate the finite gap solutions of the KdV equation from the general formulation given in ter...
We degenerate the finite gap solutions of the KdV equation from the general formulation in terms of ...
We degenerate the finite gap solutions of the KdV equation from the general formulation in terms of ...
We construct multi-parametric rational solutions to the KdV equation. For this, we use solutions in ...
We construct multi-parametric rational solutions to the KdV equation. For this, we use solutions in ...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...
International audienceWe construct multi-parametric rational solutions to the KdV equation. For this...
International audienceWe construct multi-parametric rational solutions to the KdV equation. For this...
We degenerate solutions of the NLS equation from the general formulation in terms of theta functions...