Caustics of a Paraboloid and Apollonius Problem

Fuente: arXiv
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Auteur principal: Aliyev, Yagub N.
Format: Preprint
Publié: 2024
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author Aliyev, Yagub N.
author_facet Aliyev, Yagub N.
contents We study caustics of an elliptical paraboloid and the history of their various representations from 3D models in XIX century to the recent computer graphics. In the paper two ways of generating the surface, one with cartesian coordinates using formula for principal curvatures, and the other one with parabolic coordinates using Seidel's formula were demonstrated. By finding the intersection curves of these caustics with the paraboloid we extend the solution of F. Caspari for classical Apollonius problem about the number of concurrent normals to the points of the paraboloid itself. A complete classification of all possible cases of intersections of these caustics with their paraboloid is given.
format Preprint
id arxiv_https___arxiv_org_abs_2405_19484
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Caustics of a Paraboloid and Apollonius Problem
Aliyev, Yagub N.
Differential Geometry
53A05, 53A04, 51M16
We study caustics of an elliptical paraboloid and the history of their various representations from 3D models in XIX century to the recent computer graphics. In the paper two ways of generating the surface, one with cartesian coordinates using formula for principal curvatures, and the other one with parabolic coordinates using Seidel's formula were demonstrated. By finding the intersection curves of these caustics with the paraboloid we extend the solution of F. Caspari for classical Apollonius problem about the number of concurrent normals to the points of the paraboloid itself. A complete classification of all possible cases of intersections of these caustics with their paraboloid is given.
title Caustics of a Paraboloid and Apollonius Problem
topic Differential Geometry
53A05, 53A04, 51M16
url https://arxiv.org/abs/2405.19484