AbstractWe generalize the reduction theorem for 0-parameter solutions of a traditional (i.e., second order) Painlevé equation with a large parameter to those of some higher order Painlevé equation, that is, each member of the Painlevé hierarchies (PJ)(J=I,II-1 or II-2). Thus the scope of applicability of the reduction theorem in [KT1] has been substantially enlarged; only six equations were covered by our previous result, while Theorem 3.2.1 of this paper applies to infinitely many equations
The second Painleve hierarchy is a sequence of non-linear differential equations that have the secon...
The first-order second-degree equations satisfying the Fuchs theorem concerning the absence of movab...
One-to-one correspondence between the Painlevé I-VI equations and certain second-order second-degree...
AbstractWe generalize the reduction theorem for 0-parameter solutions of a traditional (i.e., second...
AbstractIt is well known that, due to Boutroux, the first Painlevé equation admits solutions charact...
AbstractThis article is a survey on recent studies on special solutions of the discrete Painlevé equ...
generalization of the exact WKB analysis for traditional (i.e., second order) Painleve equations, we...
"Microlocal Analysis and Singular Perturbation Theory". October 5~9, 2015. edited by Yoshitsugu Take...
For more than a century, the Painlev\'e I equation has played an important role in both physics and ...
Starting from the first Painlevé equation, Painlevé type equations of higher order are obtained by u...
AbstractThe six Painlevé equations (PI–PVI) were first discovered about a hundred years ago by Painl...
In this paper some open problems for Painlevé equations are discussed. In particular the following ...
The algorithmic method introduced by Fokas and Ablowitz to investigate the transformation properties...
In this article, we give special solutions of second and fourth Painlev´e hierarchies derived by Go...
The Painlevé equations are second order differential equations, which were first studied more than 1...
The second Painleve hierarchy is a sequence of non-linear differential equations that have the secon...
The first-order second-degree equations satisfying the Fuchs theorem concerning the absence of movab...
One-to-one correspondence between the Painlevé I-VI equations and certain second-order second-degree...
AbstractWe generalize the reduction theorem for 0-parameter solutions of a traditional (i.e., second...
AbstractIt is well known that, due to Boutroux, the first Painlevé equation admits solutions charact...
AbstractThis article is a survey on recent studies on special solutions of the discrete Painlevé equ...
generalization of the exact WKB analysis for traditional (i.e., second order) Painleve equations, we...
"Microlocal Analysis and Singular Perturbation Theory". October 5~9, 2015. edited by Yoshitsugu Take...
For more than a century, the Painlev\'e I equation has played an important role in both physics and ...
Starting from the first Painlevé equation, Painlevé type equations of higher order are obtained by u...
AbstractThe six Painlevé equations (PI–PVI) were first discovered about a hundred years ago by Painl...
In this paper some open problems for Painlevé equations are discussed. In particular the following ...
The algorithmic method introduced by Fokas and Ablowitz to investigate the transformation properties...
In this article, we give special solutions of second and fourth Painlev´e hierarchies derived by Go...
The Painlevé equations are second order differential equations, which were first studied more than 1...
The second Painleve hierarchy is a sequence of non-linear differential equations that have the secon...
The first-order second-degree equations satisfying the Fuchs theorem concerning the absence of movab...
One-to-one correspondence between the Painlevé I-VI equations and certain second-order second-degree...