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Tag 'beadwork'

Below are all blog posts with the tag 'beadwork'. See also all blog posts and other tags.

Bigger Beaded Hyperbolic Plane
OK, this is officially the summer of the hyperbolic plane. I made the 3-heptagons-around-each-point model again, this time with big plastic beads and with colour!

I think the colour makes it much easier to see what's going on, though seeing is really no substitute for playing with it in your own hands, so I recommend you make your own.

— posted Tuesday, August 10, 2010 at 06:37PM EDT

New Webpage: Hyperbolic Beading
I meant to let this project sit for a bit, but this morning I found some better beads and couldn't help but make another hyperbolic plane, this time by tiling three heptagons around each vertex. It was so much easier than the one I made yesterday, and so fun to play with, that I decided instructions had to be put online immediately!

I put up a new webpage on hyperbolic beading so that you can make your own. So far the page only contains diagrams for the above model, but I hope in the future to try some other tilings and patterns.

— posted Friday, August 06, 2010 at 05:45PM EDT

Beadwork Hyperbolic Plane
To take a break from balloon hyperbolic planes, I made this one out of beads. Each bead represents the edge of a pentagon in the uniform tiling of four pentagons around each point. Beadwork hyperbolic planes have been made by others, though I couldn't find any existing examples of a close-knit uniform tiling like this. It's quite nice to play with. If anyone knows of any other examples of hyperbolic planes made out of beads, let me know!

I consider this a rough test for future mathematical beadwork, hopefully with nicer beads, colour patterns, and artistry. I was inspired to pursue mathematical beadwork by some of the very beautiful models I saw at BRIDGES this year, notably the works by Laura Shea and Bih-Yaw Jin. There are also some connections between computational balloon twisting and computational beadwork (if you wanted to minimize the length of the path the string takes).

— posted Thursday, August 05, 2010 at 09:32PM EDT

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