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25 April 2024
 
  » arxiv » nlin/0701010

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Weakly nonassociative algebras, Riccati and KP hierarchies
Aristophanes Dimakis ; Folkert Muller-Hoissen ;
Date 4 Jan 2007
Subject Exactly Solvable and Integrable Systems
AbstractIt has recently been observed that certain nonassociative algebras (called "weakly nonassociative", WNA) determine, via a universal hierarchy of ordinary differential equations, solutions of the KP hierarchy with dependent variable in an associative subalgebra (the middle nucleus). We recall central results and consider a class of WNA algebras for which the hierarchy of ODEs reduces to a matrix Riccati hierarchy, which can be easily solved in certain cases. The resulting solutions of a matrix KP hierarchy then determine (under a rank 1 condition) solutions of the scalar KP hierarchy. We also extend these results to the discrete KP hierarchy. Moreover, we build a bridge from the WNA framework to the Gelfand-Dickey formulation of the KP hierarchy.
Source arXiv, nlin/0701010
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