Video version of the instruction booklet for our MathMechs extensor construction kit! https://www.youtube.com/watch?v=eIlhcfUvt-o
This seems like a hard problem: how do you make a physically manipulable (or at the very least a visual) representation of a puzzle whose moves are not associative?
Video version of the instruction booklet for our MathMechs extensor construction kit! https://youtu.be/eIlhcfUvt-o
#introduction Hi, I've been using Google+ for having interesting discussions on mathematics and physics, particularly visualistations using 3D prints, animations. Since Google+ might be shutting down, I'm trying Mastodon.
I just salvaged all my old posts, and put them on a website:
Here is an example of graphics I do:
Animated version of my Geared Jitterbug (joint work with @sabetta) I learned how to make this kind of animation in Rhino/Grasshopper at Construct3d conference over the weekend, with some help from Edmund Harriss.
Finally got around to making Edmund Harriss' beautiful Curvahedra "Taurus"! Lots more cool designs at https://curvahedra.com.
Here’s the YouTube video for it: https://youtu.be/dkguSyeQXjc
Mathematician working mostly in three-dimensional geometry and topology, and mathematical artist working mostly in 3D printing and virtual reality.
A Mastodon instance for maths people. The kind of people who make \(\pi z^2 \times a\) jokes.
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