With interest in the study of nonlinear systems at an all-time high, researchers are eager to explore the mysteries behind the nonlinear equations that govern various physical processes. Painléve analysis may be the only tool available that allows the analysis of both integrable and non-integrable systems.
With a primary objective of introducing the uninitiated to the various techniques of the Painlevé approach, this monograph brings together the results of the extensive research performed in the field over the last few decades. For the first time in a single volume, this book offers treatment of both the theory of Painlevé analysis and its practical applications. In it, the author addresses the soliton and nonlinearity, Painlevé analysis and the integrability of ordinary and partial differential equations, Painlevé properties, different forms of expansion, and the relation of Painlevé expansion with conformal invariance. He also gives a detailed account of negative resonances, explains the connection with monodromy, and demonstrates applications to specific important equations.
Painlevé Analysis and Its Applications offers a clear presentation and down-to-earth approach that includes many examples and requires only a basic understanding of complex function theory and differential equations.
NONLINEARITY AND INTEGRABILITY
Soliton and Nonlinearity
Some of the Important Approaches for Getting Information Regarding a Given nPDE
BASIC IDEAS AND METHODS
Painlevé Analysis
Painlevé Property and ODEs
Weak Painlevé Property and ODEs
CONFORMAL INVARIANCE
Introduction
KdV Revisited Boussinesq Equation
Kowalievski's Exponent Integrals of Motion
Nonintegrable Systems and Painleve Analysis
Painleve Analysis in more than (1+1) Dimensions
Negative Resonance and Painleve Expansion
Painlevé Analysis of Perturbed Equations
Painlevé Analysis and Monodromy Matrix
DISCRETE AND SOME SPECIAL SYSTEMS
Painlevé Test and Discrete System
Long Wave/Short Wave Equation
Fermionic System and Painlevé Analysis
Algebraic Intehgrability and Painlevé Analysis
Painlevé Analysis of Some Special Systems
MISCELLANEOUS IDEAS IN RELATION TO PAINLEVE ANALYSIS
Geometry and Painlevé Analysis
Generation of a Higher Dimensional System from a Lower Dimensional System
Conformal Symmetry, Painlevé Test, and Infinite Number of Symmetries
Painlevé Analysis and Painlevé Equations
The Ablowita, Ramani, Segur Approach
Painlevé Analysis of Hierarchy
Lax Type Representation of Painlevé Equation
Possibility of Leading Positive Exponent
REFERENCES