activity
20142023
most citedDynamics in the Schwarzschild isosceles three body problem

13 citations · 14 across the 11 of their papers we have counts for

collaborators

12 papers

math.OC2023

Periodic oscillations in electrostatic actuators under time delayed feedback controller

Pablo Amster, Andrés Rivera, John A. Arredondo

In this paper, we prove the existence of two positive -periodic solutions of an electrostatic actuator modeled by the time-delayed Duffing equation $$\ddot{x}(t)+f_{D}(x(t),\dot…

math.AG2022

On the fiber product over infinite-genus Riemann surfaces

John A. Arredondo, Saúl Quispe, Camilo Ramírez Maluendas

Considering non-constant holomorphic maps , , between non-compact Riemann surfaces for which it is associated its fiber product $S_{1}\times_{(β_…

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

Periodic oscillations in a 2N-body problem

Oscar Perdomo, Andrés Rivera, John A. Arredondo +1

Hip-Hop solutions of the -body problem are solutions that satisfy at every instance of time, that the bodies with the same mass , are at the vertices of two regular …

math.DG2021

Parabolicity of zero-twist tight flute surfaces and uniformization of the Loch Ness monster

John A. Arredondo, Israel Morales, Camilo Ramírez Maluendas

We study the zero-twist flute surface and we associate to each one of them a sequence of positive real numbers , with a torsion-free Fuchsi…

math.CO2018

Symmetry Type Graphs on 4-Orbit maps

John A. Arredondo, Camilo Ramírez Maluendas, Luz Edith Santos Guerrero

It is well known that there exist twenty two symmetry type graphs associated to 4-orbit maps. For this ones we give the feasible values taken by the degree of the vertices and the…

math.DG2018★ 1 cited

On Infinitely generated Fuchsian groups of some infinite genus surfaces

John A. Arredondo, Camilo Ramírez Maluendas

In this paper, for a non compact and orientable surface been either: the Infinite Loch Ness monster, the Cantor tree and the Blooming Cantor tree, we construct explicitly an in…

math.DG2018

Geometric Schotkky groups and non compact hyperbolic surface with infinite genus

John A. Arredondo, Camilo Ramírez Maluendas

The topological type of a non-compact Riemann surface is determined by its ends space and the ends having infinite genus. In this paper for a non-compact Riemann Surface …

math.GT2017

On the Infinite Loch Ness monster

John A. Arredondo, Camilo Ramírez Maluendas

In this paper we present in a topological way the construction of the orientable surface with only one end and infinite genus, called \emph{The Infinite Loch Ness Monster}. In fact…

math.CO2015

On infinite regular and chiral maps

John A. Arredondo, Camilo Ramírez y Ferrán Valdez

We prove that infinite regular and chiral maps take place on surfaces with at most one end. Moreover, we prove that an infinite regular or chiral map on an orientable surface with…

math.DS2014

Relative equilibria in quasi-homogeneous three body problems

John A. Arredondo

In this paper we find the families of relative equilibria for the three body problem in the plane, when the interaction between the bodies is given by a quasi-homogeneous potential…

math.DS2014★ 13 cited

Dynamics in the Schwarzschild isosceles three body problem

John A. Arredondo, Ernesto Perez-Chavela, Cristina Stoica

The Schwarzschild potential, defined as U(r)=-A/r-B/r^3, where r is the distance between two mass points and A,B>0, models astrophysical and stellar dynamics systems in a classical…