activity
20182026
most citedGeometry of transcendental singularities of complex analytic functions and vector fields

1 citations · 1 across the 6 of their papers we have counts for

collaborators

9 papers

math.CV2026

Tessellations and Speiser graphs arising from meromorphic functions on simply connected Riemann surfaces

Alvaro Alvarez-Parrilla, Jesus Muciño-Raymundo

Motivated by W. P. Thurston, we ask: What is the shape of a meromorphic function on a simply connected Riemann surface ? We consider Speiser functions, i.e. meromorphic functi…

math.CV2025

Tessellations of rational complex functions and the Riemann's existence theorem

Alvaro Alvarez-Parrilla, Roberto Gutiérrez-Soto, Jesús Muciño-Raymundo

A complex rational function R, of degree n>1, on a compact Riemann surface M provided with a cyclic order of its q critical values, determines an homogeneous tessellation of the Ri…

math.DS2025

Abelian integrals for polynomials with trivial global monodromy on

Jesús Muciño-Raymundo, Salomón Rebollo-Perdomo

We consider infinitesimal perturbations of Hamiltonian differential equations on the complex plane , where is a polynomial of degree …

math.AG2022

Plane polynomials and Hamiltonian vector fields determined by their singular points

John A. Arredondo, Jesús Muciño-Raymundo

Let be critical points of a polynomial in the plane , where is or . Our goal is to study the crit…

math.DS2022

Integrability and adapted complex structures to smooth vector fields on the plane

Gaspar León-Gil, Jesús Muciño-Raymundo

Singular complex analytic vector fields on the Riemann surfaces enjoy several geometric properties (singular means that poles and essential singularities are admissible). We descri…

math.CV2022★ 1 cited

Geometry of transcendental singularities of complex analytic functions and vector fields

Alvaro Alvarez-Parrilla, Jesús Muciño-Raymundo

On Riemann surfaces , there exists a canonical correspondence between a possibly multivalued function whose differential is single valued ( an additively automorphic…