I would like to suggest a four dimensional representation of the eigenpolygon in 3 dimensional space over the fourth dimension of time representable by the multicolored Light Emitting Diodes in the 2 dimensional plane of my television screen as well as a comprehensive explanation of the algebraic expressions involved in such a monumental task.
1 year ago
| 12
pls make video on maths of the toughest exam of india, jee advanced 🙏
1 year ago | 1
Include an aspect that draws vectors that make stars like the Numberphile video on the Mandelbrot Set
1 year ago
| 2
Mathologer
DISCRETE FOURIER TRANSFORM and PETR'S MIRACLE FOLLOW-UP: Check out this fantastic app that does the "eigenpolygon" decomposition featured in the last video (contributed by Steven De Keninck from the Computer Vision Group at the University of Amsterdam) enki.ws/ganja.js/examples/coffeeshop.html#AONlCLF1…
This is getting better every time I look at it. Any other features you suggest Steven include in this?
1 year ago | [YT] | 394