Channel / Account
A channel in which a mathematician presents famous problems and theorems in number theory and geometry, with a focus on visual proofs. Its many ways of showing properties of numbers as shapes are a good source of ideas for number-themed work.
Open page ↗ www.youtube.com
Ordered by the number of shared categories, tags and technologies.
Learning Resource
The site of a mathematical film in nine chapters, about two hours of computer animation that leads from two dimensions to four, and on to complex numbers and fibrations. It can be watched online in many languages, including Japanese, and has a follow-up film, Chaos. A model for putting higher dimensions and complex numbers on screen.
In common: Geometry · Video
Artist
The hub page of a mathematician working in geometry and topology. It links to 3D-printed sculptures that cast shadows of four-dimensional objects, hyperbolic-space VR, material for the book Visualizing Mathematics with 3D Printing, mathematical dice and more.
In common: Geometry · Video
Artist
The personal page of a mathematical engineer known for "impossible objects" and ambiguous objects that change shape in a mirror, such as the "ambiguous garage roof". An entry point into designing illusions from mathematics.
In common: Geometry · Video
Channel / Account
A mathematics channel in which mathematicians and researchers each take up one topic about numbers. Number theory — primes, sequences, curious properties of numbers — is especially well covered, explained with hand-drawn diagrams. A good source of ideas for work built on numbers.
In common: Number Theory & Modular Arithmetic · Video
Learning Resource
A personal site with a vast collection of notes and examples on geometry, fractals, curves and surfaces, visualisation and dome projection. Equations sit alongside code, making it a long-standing reference for makers.
In common: Geometry · Video
Artist
The site of a Japanese artist known for the "Star Cage". It presents bamboo sculptures, benches, an origami turbine and other works based on Fibonacci numbers and quasicrystal geometry, along with papers and Fibonacci-based music. The site design is old-fashioned, but it is still being updated.
In common: Number Theory & Modular Arithmetic
Thicker lines mean more in common.