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Dive into the research topics where Jörg Winkelmann is active.

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Featured researches published by Jörg Winkelmann.


Archive | 2014

Nevanlinna theory in several complex variables and Diophantine approximation

Junjiro Noguchi; Jörg Winkelmann

Nevanlinna Theory of Meromorphic Functions.- First Main Theorem.- Differentiably Non-Degenerate Meromorphic Maps.- Entire Curves into Algebraic Varieties.- Semi-Abelian Varieties.- Entire Curves into Semi-Abelian Varieties.- Kobayashi Hyperbolicity.- Nevanlinna Theory over Function Fields.- Diophantine Approximation.- Bibliography.- Index.- Symbols


Forum Mathematicum | 2008

The second main theorem for holomorphic curves into semiabelian varieties II

Junjiro Noguchi; Jörg Winkelmann; Katsutoshi Yamanoi

Abstract We establish the second main theorem with the best truncation level one for the k-jet lift Jk (ƒ) : → Jk (A) of an algebraically non-degenerate entire holomorphic curve ƒ : → A into a semi-abelian variety A and an arbitrary algebraic reduced subvariety Z of Jk (A); the low truncation level is important for applications. Finally we give some applications, including the solution of a problem posed by Mark Green (1974). 2000 Mathematics Subject Classification: 32H30.


Topology | 2002

Generic subgroups of Lie groups

Jörg Winkelmann

Abstract We investigate properties of generically choosen finitely generated subgroups of real Lie groups. In particular we ask whether discreteness is generic.


Comptes Rendus De L Academie Des Sciences Serie I-mathematique | 2000

The value distribution of holomorphic curves into semi-Abelian varieties

Junjiro Noguchi; Jörg Winkelmann; Katsutoshi Yamanoi

Abstract Let f: C →A be an entire holomorphic curve into a semi-Abelian variety A . Then the Zariski closure of f( C ) is a translate of a semi-Abelian subvariety of A (logarithmic Bloch–Ochiais theorem). We establish a quantitative version of the above result for such f , i.e., the second main theorem and the defect relation.


Forum Mathematicum | 2012

Quasiprojective varieties admitting Zariski dense entire holomorphic curves

Steven S. Y. Lu; Jörg Winkelmann

Abstract. Let X


Transformation Groups | 1998

Holomorphic self-maps of parallelizable manifolds

Jörg Winkelmann

X


Archive | 2014

Nevanlinna Theory over Function Fields

Junjiro Noguchi; Jörg Winkelmann

be a complex quasiprojective variety. A result of Noguchi–Winkelmann–Yamanoi shows that if X


Archive | 2014

The First Main Theorem

Junjiro Noguchi; Jörg Winkelmann

X


Archive | 2014

Nevanlinna Theory of Meromorphic Functions

Junjiro Noguchi; Jörg Winkelmann

admits a Zariski dense entire curve, then its quasi-Albanese map is a fiber space. We show that the orbifold structure induced by a proper birationally equivalent map on the base is special in this case. As a consequence, if X


Archive | 2014

Entire Curves in Semi-abelian Varieties

Junjiro Noguchi; Jörg Winkelmann

X

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Katsutoshi Yamanoi

Tokyo Institute of Technology

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Aaron Levin

Michigan State University

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Steven S. Y. Lu

Université du Québec à Montréal

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Dennis M. Snow

University of Notre Dame

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