Introduction to Refraction Mapping through Glass Spheres
The intricate world of refraction mapping through glass spheres beautifully merges art with science.
Through these spheres, we witness breath-taking colour transitions solely ...
https://vimeo.com/849142214
From pole to pole
Introduction to Hopf Fibration Mappings
Welcome to the intriguing world of Hopf Fibration Mappings. Here, we use points on a regular three-dimensional sphere to venture into the ...
Decoding the Fourth Dimension: A Simplified Guide to Hopf Fibration
Welcome to an engaging journey that introduces you to the fascinating realm of the fourth dimension through the prism of ...
SuperCube - the missing link between four-fold and five-fold symmetry
SuperCube: A Marvel of Geometry
Renowned for his unique approaches, Einar Thorsteinn (1942 - 2015) developed the SuperCube. This innovative geometric ...
Einar Thorsteinn and FANG geometry: An Unveiling of Symmetry
FANG visualisation
Einar Thorsteinn (1942 - 2015) devoted much of his life's work to a remarkable concept, FANG. This acronym stands for ...
In his work Synergetics (1997), R. Buckminster Fuller introduced another tetrahedral shape, known as the T-Quanta Module. Like the A & B Quantum Modules, the T-Quantum springs from numerous ...
In a small series of three posts I will describe the development of the Kaleidosphere - A sphere made out of Kaleidoscopes.
concept
All regular Polyhedrons are based on symmetry. There ...
In his work, Synergetics (1997), R. Buckminster Fuller introduces us to the world of innovative geometry with two unique tetrahedral shapes: the A-Quanta Module (913.00) and the B-Quanta Module ...