Poisson manifold: Difference between revisions

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* <math>\{f,\{g,h\}\} + \{g,\{h,f\}\} + \{h,\{f.g\}\} = 0</math>
* <math>\{f,\{g,h\}\} + \{g,\{h,f\}\} + \{h,\{f.g\}\} = 0</math>
* <math>\{fg,h\} = f\{g,h\} + g\{f,h\}</math>
* <math>\{fg,h\} = f\{g,h\} + g\{f,h\}</math>
==Relation with other structures==
===Stronger structures===
* [[Symplectic manifold]]

Latest revision as of 19:50, 18 May 2008

This article describes an additional structure on a differential manifold
View other additional structures

This article or section of article is sourced from:Wikipedia

Definition

A Poisson manifold is a differential manifold equipped with an additional structure called Poisson structure described below:

A Poisson structure is a R-bilinear map {,}:C(M)×C(M)C(M), turning C(M) into a Poisson algebra. More explicitly, the following identities are satisfied:

  • {f,g}={g,f}
  • {f,{g,h}}+{g,{h,f}}+{h,{f.g}}=0
  • {fg,h}=f{g,h}+g{f,h}

Relation with other structures

Stronger structures