Constructions of tangent circles in the hyperbolic disk, interpreted in Euclidean geometry, give us examples of four mutually tangent circles. These are shown to satisfy Descartes\u27s Theorem for tangent circles. We also show that the Archimedes twin circles in the hyperbolic arbelos are usually not hyperbolic congruent, even though they are Euclidean congruent. We include a few construction instructions because all items under consideration require surprisingly few steps
Now considered one of the greatest discoveries of mathematical history, hyperbolic geometry was once...
The aim of this dissertation is to introduce the main concepts and results of hyperbolic geometry in...
We show that Euclidean Möbius planes can be axiomatized in terms of circles and circle-tangency, and...
The Poincaré Disk plays a significant role in non-Euclidean geometry. Inverting points, segments, or...
Bolyai ended his 1832 introduction to non-Euclidean geometry with a strategy for constructing regula...
In general, when one refers to geometry, he or she is referring to Euclidean geometry. Euclidean geo...
Euclid introduced five postulates as the fundamentals for the study of geometry. Over time his fifth...
This article is based on the construction of Nested Hyperbolic Polygonal Spirals. The construction u...
Finding new and interesting characterizations of familiar mathematical concepts appeals to a wide au...
Euclidean geometry is widely accepted as the model for our physical space; however, there is not a c...
Abstract. We construct 4 circles in the arbelos which are congruent to the Archimedean twin circles....
In school, we learn that the interior angles of any triangle sum up to pi. However, there exist spac...
In this snapshot, we will first give an introduction to hyperbolic geometry and we will then show ho...
Abstract. We construct four circles congruent to the Archimedean twin circles in the arbelos. Consid...
Abstract. The hyperbolic plane is an example of a geometry where the first four of Euclid’s Axioms h...
Now considered one of the greatest discoveries of mathematical history, hyperbolic geometry was once...
The aim of this dissertation is to introduce the main concepts and results of hyperbolic geometry in...
We show that Euclidean Möbius planes can be axiomatized in terms of circles and circle-tangency, and...
The Poincaré Disk plays a significant role in non-Euclidean geometry. Inverting points, segments, or...
Bolyai ended his 1832 introduction to non-Euclidean geometry with a strategy for constructing regula...
In general, when one refers to geometry, he or she is referring to Euclidean geometry. Euclidean geo...
Euclid introduced five postulates as the fundamentals for the study of geometry. Over time his fifth...
This article is based on the construction of Nested Hyperbolic Polygonal Spirals. The construction u...
Finding new and interesting characterizations of familiar mathematical concepts appeals to a wide au...
Euclidean geometry is widely accepted as the model for our physical space; however, there is not a c...
Abstract. We construct 4 circles in the arbelos which are congruent to the Archimedean twin circles....
In school, we learn that the interior angles of any triangle sum up to pi. However, there exist spac...
In this snapshot, we will first give an introduction to hyperbolic geometry and we will then show ho...
Abstract. We construct four circles congruent to the Archimedean twin circles in the arbelos. Consid...
Abstract. The hyperbolic plane is an example of a geometry where the first four of Euclid’s Axioms h...
Now considered one of the greatest discoveries of mathematical history, hyperbolic geometry was once...
The aim of this dissertation is to introduce the main concepts and results of hyperbolic geometry in...
We show that Euclidean Möbius planes can be axiomatized in terms of circles and circle-tangency, and...