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Univalent harmonic mappings

Albert E. Livingston (1992)

Annales Polonici Mathematici

Let a < 0, Ω = ℂ -(-∞, a] and U = z: |z| < 1. We consider the class S H ( U , Ω ) of functions f which are univalent, harmonic and sense preserving with f(U) = Ω and satisfy f(0) = 0, f z ( 0 ) > 0 and f z ̅ ( 0 ) = 0 . We describe the closure S H ( U , Ω ) ¯ of S H ( U , Ω ) and determine the extreme points of S H ( U , Ω ) ¯ .

Univalent harmonic mappings II

Albert E. Livingston (1997)

Annales Polonici Mathematici

Let a < 0 < b and Ω(a,b) = ℂ - ((-∞, a] ∪ [b,+∞)) and U= z: |z| < 1. We consider the class S H ( U , Ω ( a , b ) ) of functions f which are univalent, harmonic and sense-preserving with f(U) = Ω and satisfying f(0) = 0, f z ( 0 ) > 0 and f z ̅ ( 0 ) = 0 .

Universal Taylor series, conformal mappings and boundary behaviour

Stephen J. Gardiner (2014)

Annales de l’institut Fourier

A holomorphic function f on a simply connected domain Ω is said to possess a universal Taylor series about a point in Ω if the partial sums of that series approximate arbitrary polynomials on arbitrary compacta K outside Ω (provided only that K has connected complement). This paper shows that this property is not conformally invariant, and, in the case where Ω is the unit disc, that such functions have extreme angular boundary behaviour.

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