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Introduction to KP Theory and KP Solitons by Yuji Kodama; Springer Malaysia Representative Office is a book available to read on EtoBox.
What is Introduction to KP Theory and KP Solitons about?
We begin with a study of the Burgers equation, which is the simplest equation combining both nonlinear propagation effects and diffusive effects, and can be used to describe a weak shock phenomena in gas dynamics (see e.g. [131]). The Burgers equation can be linearized by a nonlinear transformation, known as the Cole-Hopf transformation. The linearization then shows that the Burger equation has an infinite number of symmetries, and the set of those symmetries defines the Burgers hierarchy. The linearization enables us to construct several exact solutions such as multi-shock solutions. It turns out that the set of those exact solutions forms a subclass of the solutions of the KP equation, and multi-shock solutions give examples of the resonant interactions in the KP solutions. We then extend the Cole-Hopf transformation to construct a multi-component Burgers hierarchy, and introduce the τ -function, which generates a large class of exact solutions of the KP equation, referred to as KP solitons. Based on the study of this multi-component Burgers hierarchy, we explain its connection to the Sato theory, which provides a mathematical foundation of the KP hierarchy in terms of an infinit
- Author
- Yuji Kodama; Springer Malaysia Representative Office
- Publisher
- Springer Singapore : Imprint : Springer
- Published
- 2017
- Language
- EN
- ISBN
- 9789811040955
- Subjects
- Science, Mathematics, Physics
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