Part of the beauty of mathematics is in discovering that two very dissimilar problems have, in fact, the same underlying mechanisms. This paper will describe the relations between two problems that have this property. These problems are Poncelet's closure theorem and Gelfand's question. The first of these is a theorem about tangents to conic sections, and the second is a series of questions about the first digit of powers of integers. The relations between both problems is not a new discovery, it is in fact the subject of a paper by J. L. King. This paper was the starting point of this present work. The aim of this thesis is to make the relations given by King more explicit, and to actually answer the questions posed by Gelfand.
Mathematicians delight in finding surprising connections between seemingly disparate areas of mathem...
Contains fulltext : 32521.pdf (preprint version ) (Open Access
The principle of extension is widespread within mathematics. Starting from simple objects one constr...
Already 190 years ago Jacobi in a paper in Crelle's journal described the celebrated closure theorem...
Poncelet's theorem is a famous result in algebraic geometry, dating to the early part of the ninetee...
Poncelet's closure theorem concerns pairs of conics in the plane, and the existence of a fixed point...
In 1813, J. Poncelet proved his beautiful theorem in projective geometry, Poncelet's Closure Theorem...
Problem. Through the midpoint P of a chord of a circle, any two chords, AB and CD, are drawn. If AD ...
We study Poncelet's Theorem in finite projective planes over the field GF(q), q = pm for p an odd pr...
AbstractSolution to the following problem is considered: for given conics C and K and an integer N⩾3...
AbstractMain results of this paper are the following:1. A closed N-gon interscribed between two coni...
This book contains short notes or articles, as well as studies on several topics of Geometry and Num...
Master's thesis in Mathmatics and PhysicsThis thesis will be concerned with different questions rela...
Given two ellipses, one surrounding the other one, Poncelet introduced a map P from the exterior on...
This article presents information on some open problems and conjectures about some interesting types...
Mathematicians delight in finding surprising connections between seemingly disparate areas of mathem...
Contains fulltext : 32521.pdf (preprint version ) (Open Access
The principle of extension is widespread within mathematics. Starting from simple objects one constr...
Already 190 years ago Jacobi in a paper in Crelle's journal described the celebrated closure theorem...
Poncelet's theorem is a famous result in algebraic geometry, dating to the early part of the ninetee...
Poncelet's closure theorem concerns pairs of conics in the plane, and the existence of a fixed point...
In 1813, J. Poncelet proved his beautiful theorem in projective geometry, Poncelet's Closure Theorem...
Problem. Through the midpoint P of a chord of a circle, any two chords, AB and CD, are drawn. If AD ...
We study Poncelet's Theorem in finite projective planes over the field GF(q), q = pm for p an odd pr...
AbstractSolution to the following problem is considered: for given conics C and K and an integer N⩾3...
AbstractMain results of this paper are the following:1. A closed N-gon interscribed between two coni...
This book contains short notes or articles, as well as studies on several topics of Geometry and Num...
Master's thesis in Mathmatics and PhysicsThis thesis will be concerned with different questions rela...
Given two ellipses, one surrounding the other one, Poncelet introduced a map P from the exterior on...
This article presents information on some open problems and conjectures about some interesting types...
Mathematicians delight in finding surprising connections between seemingly disparate areas of mathem...
Contains fulltext : 32521.pdf (preprint version ) (Open Access
The principle of extension is widespread within mathematics. Starting from simple objects one constr...