MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS

MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS

This paper will expound how to obtain a parametric equation that make possible to model orbital trajectories of objects around large macroscopic bodies, in special black holes, without the use of tensor calculus. The mathematical model allows the characterization of trajectories of pairs of black ho...

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Bibliographic Details
Main Author: José D. Ávila
Format: Article
Language:English
Published: Universidad Nacional de Colombia 2016-01-01
Series:Momento
Subjects:
Ecuaciones paramétricas
transformación
gravedad
órbita
precesión
frecuencia orbital
agujero negro.
Online Access:https://revistas.unal.edu.co/index.php/momento/article/view/58891
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spelling doaj-c6352f49aeda42bebbc569cd5fd75a142020-11-25T00:55:50ZengUniversidad Nacional de ColombiaMomento0121-44702500-80132016-01-01052435610.15446/mo.n52.5889143432MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONSJosé D. Ávila0Ingeniería Química, Universidad Nacional de Colombia, Sede Bogotá.This paper will expound how to obtain a parametric equation that make possible to model orbital trajectories of objects around large macroscopic bodies, in special black holes, without the use of tensor calculus. The mathematical model allows the characterization of trajectories of pairs of black holes using parameters whose values depend mainly on whole numbers, in a way very similar to how some quantum numbers determine quantum states of the hydrogen atom, enabling a simple taxonomic system for them.https://revistas.unal.edu.co/index.php/momento/article/view/58891Ecuaciones paramétricastransformacióngravedadórbitaprecesiónfrecuencia orbitalagujero negro.
collection DOAJ
language English
format Article
sources DOAJ
author José D. Ávila
spellingShingle José D. Ávila
MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS
Momento
Ecuaciones paramétricas
transformación
gravedad
órbita
precesión
frecuencia orbital
agujero negro.
author_facet José D. Ávila
author_sort José D. Ávila
title MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS
title_short MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS
title_full MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS
title_fullStr MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS
title_full_unstemmed MODELING GRAVITATIONAL TRAJECTORIES AROUND BIG MACROSCOPIC OBJECTS BY MEANS OF NESTED FUNCTIONS IN THE FORM OF PARAMETRIC EQUATIONS
title_sort modeling gravitational trajectories around big macroscopic objects by means of nested functions in the form of parametric equations
publisher Universidad Nacional de Colombia
series Momento
issn 0121-4470
2500-8013
publishDate 2016-01-01
description This paper will expound how to obtain a parametric equation that make possible to model orbital trajectories of objects around large macroscopic bodies, in special black holes, without the use of tensor calculus. The mathematical model allows the characterization of trajectories of pairs of black holes using parameters whose values depend mainly on whole numbers, in a way very similar to how some quantum numbers determine quantum states of the hydrogen atom, enabling a simple taxonomic system for them.
topic Ecuaciones paramétricas
transformación
gravedad
órbita
precesión
frecuencia orbital
agujero negro.
url https://revistas.unal.edu.co/index.php/momento/article/view/58891
work_keys_str_mv AT josedavila modelinggravitationaltrajectoriesaroundbigmacroscopicobjectsbymeansofnestedfunctionsintheformofparametricequations
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