A while ago I was having fun theorycrafting seeing if there were potential connections relating knot geometry/ formation to wavefunction field excitation as well as better understanding computational complexity classes of knot formation.
During my research I came across an interesting class of fractal ' wild knots ' that recursively cross into eachother infinitely. The wild knot shown in post displays cantor set class bifurcation.
You just reminded me there was a sculpture of an Alexander horned sphere in the maths lab where I did my studies. It was pretty shitty and obviously there were only a few branches. It confused the hell out of us as undergrads.
SmokeyDope in onehundredninetysix
Showing off some cool Wild Knot fractals
https://media.piefed.social/posts/pb/kI/pbkInEiP3Q4zMXL.pngA while ago I was having fun theorycrafting seeing if there were potential connections relating knot geometry/ formation to wavefunction field excitation as well as better understanding computational complexity classes of knot formation.
During my research I came across an interesting class of fractal ' wild knots ' that recursively cross into eachother infinitely. The wild knot shown in post displays cantor set class bifurcation.
https://media.piefed.social/posts/PL/ZR/PLZRVsF5RMnbr6p.png
Heres a 3d animation of a knot known as the ' Alexander Horned Sphere '
https://media.piefed.social/posts/6U/0U/6U0Ui6CLYLUFrg1.jpg
https://media.piefed.social/posts/z5/m6/z5m6LgUJZvVQ9RX.gif
These knots are pretty cool to look at.
This belongs atop my Staff of Regeneration
virtual particles be like
You just reminded me there was a sculpture of an Alexander horned sphere in the maths lab where I did my studies. It was pretty shitty and obviously there were only a few branches. It confused the hell out of us as undergrads.
Thanks for the trip down memory lane.
cheeeeeeeeeeseeeeeee 🧀🧀🧀🧀🧀🧀🧀
Love this
your brain is a doohicky machine
I love this, thank you