1987Complex Variables Theory and Application An International JournalRequires access

Value distribution for unbounded functions in the unit disk

L. R. Sons

Open publisher page 1 citations

Abstract

Consider an unbounded meromorphic function in the unit disk which does not grow too rapidly according to its Nevanlinna characteristic. It is shown that such a function either assumes finite asymptotic values on a dense subset of the unit circle or assumes every complex number infinitely often. Similar forms of alternative behavior are shown by derivatives of the function.

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What this paper is about

Consider an unbounded meromorphic function in the unit disk which does not grow too rapidly according to its Nevanlinna characteristic. It is shown that such a function either assumes finite asymptotic values on a dense subset of the unit circle or assumes every complex number infinitely often. Similar forms of alternative behavior are shown by derivatives of the function.

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Available abstract

Consider an unbounded meromorphic function in the unit disk which does not grow too rapidly according to its Nevanlinna characteristic. It is shown that such a function either assumes finite asymptotic values on a dense subset of the unit circle or assumes every complex number infinitely often. Similar forms of alternative behavior are shown by derivatives of the function.

Key concepts: Unit disk, Meromorphic function, Mathematics, Unit (ring theory), Unit circle, Function (biology), Distribution (mathematics), Value (mathematics)

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