An elliptic second main theorem
We prove a second main theorem for elliptic projective planes.
arXiv subjects
Publications and source records attributed to Julien Duval.
We prove a second main theorem for elliptic projective planes.
Given a 2-sheeted torus over the circle with winding number 1, we prove that its polynomial hull is a union of 2-sheeted holomorphic discs. Moreover when the hull is non degenerate its boundary is a Levi-flat solid torus foliated by such discs.
We prove that a complex curve charged by a local Ahlfors current is either a disc or an annulus.
We prove a truncated second main theorem in the projective plane for entire curves which cluster on an algebraic curve.
We give a short proof of a reverse isoperimetric inequality due to Y. Groman and J. P. Solomon.
We revisit Ahlfors theory of covering surfaces thanks to Stokes theorem.
We investigate Brody curves in the projective space from the point of view of Nevanlinna theory.
Given a generic totally real torus unknotted in the unit sphere of the complex plane, we prove the following alternative : either there exists a filling of the torus by holomorphic discs and the torus is rationally convex, or its rational hull contains a holomorphic annulus.
Brody's lemma is a basic tool in complex hyperbolicity. We present a version of it making more precise the localization of an entire curve coming from a diverging sequence of holomorphic discs. As a byproduct we characterize hyperbolicity in terms of an isoperimetric inequality.
We prove that an algebraic curve charged by a current coming from an entire curve is rational or elliptic. This answers a question by M. Paun.
We prove the hyperbolicity of the complement of five lines in general position in an almost complex projective plane, answering a question by S. Ivashkovich.
Let $μ$ be the equilibrium measure of an endomorphism of ${\sf P}^k({\bf C})$. We show that it is its unique measure of maximal entropy. We build $μ$ directly as the distribution of any point outside an algebraic exceptional set.