Bishop's qc-folding and wandering domains in Eremenko ... - ICMS
Bishop's qc-folding and wandering domains in Eremenko ... - ICMS
Bishop's qc-folding and wandering domains in Eremenko ... - ICMS
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Multiply-connected w<strong>and</strong>er<strong>in</strong>g doma<strong>in</strong> (Baker 1976)<br />
∏<br />
∞<br />
Let g(z) = Cz<br />
(1 2 + z )<br />
where<br />
a n<br />
n=1<br />
1 < a 1 < a 2 < . . .,<br />
a j+1 < g(a j ) < 2a n+1 ,<br />
g(A j ) ⊂ A j+1 where<br />
A j = {z ∈ C | a 2 j < |z| < √ a j+1 }.<br />
Remark: If A j ⊂ U j then g(U j ) = U j+1 , hence g k (U j ) → ∞ as<br />
k → ∞ for all j.<br />
Theorem (Baker 1975, 1985): If U is a multiply-connected<br />
component of the Fatou set of f then U w<strong>and</strong>ers.<br />
W<strong>and</strong>er<strong>in</strong>g <strong>doma<strong>in</strong>s</strong> <strong>and</strong> Bishop’s <strong>fold<strong>in</strong>g</strong>