Buzen's algorithm: Difference between revisions

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In [[mathematics]], a '''Fatou–Bieberbach domain''' is a proper subdomain of <math>\mathbb{C}^n</math>, [[biholomorphic]]ally equivalent to  <math>\mathbb{C}^n</math>. That is, an open set <math>\Omega \subsetneq \mathbb{C}^n</math> is called a Fatou–Bieberbach domain if there exists a [[bijective]] [[holomorphic]] [[function (mathematics)|function]] <math>f:\Omega \rightarrow \mathbb{C}^n</math> whose [[inverse function]] <math>f^{-1}:\mathbb{C}^n \rightarrow \Omega</math> is holomorphic.
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== History ==
As a consequence of the [[Riemann mapping theorem]], there are no Fatou–Bieberbach domains in the case ''n''&nbsp;=&nbsp;1.
[[Pierre Fatou]] and [[Ludwig Bieberbach]] first explored such domains in  higher dimensions in the 1920s, hence the name given to them later. Since the 1980s, Fatou–Bieberbach domains have again become the subject of mathematical research.
 
== References ==
* Fatou, Pierre: "Sur les fonctions méromorphs de deux variables. Sur certains fonctions uniformes de deux variables." ''C.R.'' Paris 175 (1922)
* Bieberbach, Ludwig: "Beispiel zweier ganzer Funktionen zweier komplexer Variablen, welche eine schlichte volumtreue Abbildung des <math>\mathcal{R}_4</math> auf einen Teil seiner selbst vermitteln". Preussische Akademie der Wissenschaften. ''Sitzungsberichte'' (1933)
* Rosay, J.-P. and Rudin, W: "Holomorphic maps from <math>\mathbb{C}^n</math> to <math>\mathbb{C}^n</math>". ''Trans. A.M.S.'' 310 (1988) [http://www.jstor.org/stable/2001110]
 
{{DEFAULTSORT:Fatou-Bieberbach domain}}
[[Category:Several complex variables]]
[[Category:Inverse functions]]

Latest revision as of 19:30, 7 September 2014

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