Very interesting article that explains the link between particle collisions and origami discovered by researchers studying amplituhedrons. I came into the article with no prior knowledge of amplituhedrons but now I feel like I see the connections after following the description about how everything fell into place.
The author mentioned (Galashin) has some fun software to play with these combinatorial structure.
I went to a talk of his that was "interactive" in that to follow along you could play with an interactive widget, but I can't seem to find it right now. This one about plabic tilings (objects mentioned in the article) is fun too: https://www.math.ucla.edu/~galashin/plabic.html
Very interesting article that explains the link between particle collisions and origami discovered by researchers studying amplituhedrons. I came into the article with no prior knowledge of amplituhedrons but now I feel like I see the connections after following the description about how everything fell into place.
It was really well explained. I also found the origami computer article linked interesting, adding to read later.
I'll have to check that one out. Thanks!
https://www.quantamagazine.org/how-to-build-an-origami-compu...
The author mentioned (Galashin) has some fun software to play with these combinatorial structure.
I went to a talk of his that was "interactive" in that to follow along you could play with an interactive widget, but I can't seem to find it right now. This one about plabic tilings (objects mentioned in the article) is fun too: https://www.math.ucla.edu/~galashin/plabic.html