"Escher's most mathematically interesting piece", latest #3blue1brown video on his website.

"A bizarre picture of a man looking at a picture that contains himself, and how it invites us to tour a few core topics from complex analysis."

Delicious, as always.

#math #3blue1brown #droste_effect

https://www.3blue1brown.com/

Bon alors aujourd'hui on a pêché par excès de motivation : arrivés à 10h au sommet de notre rando, la neige était encore à l'ombre toute croûtée.

Alors on a patienté 45 minutes avec vue en attendant que ça décaille... et en s'amusant avec des énigmes de maths (de #3Blue1Brown) transmises par mon fils.

Die Mathematik-Erklär-Videos von #3Blue1Brown sind eigentlich immer lohnenswert. Hier erklärt Grant Sanderson die Mathematik hinter M.C. Eschers Werk "Druckgalerie" und geht der Frage nach, was sich wohl im Zentrum des Bildes befinden könnte.

https://www.youtube.com/watch?v=ldxFjLJ3rVY

#Mathematik #MCEscher #PrintGallery

Met verwondering gekeken naar een wiskundige 'artiest' die zo mooi laat zien hoe een andere wiskundige artiest geweldig mooie en knappe kunstwerken heeft achtergelaten.

#escher #art by #3blue1brown

https://youtu.be/ldxFjLJ3rVY

3Blue1Brown is one of the most well-known math channels on youtube. He explains high-level maths in an almost meditative way using simple but eye-opening motion graphics. I just stumbled upon this video about a paper that figured out how MC Escher made a certain distorted, recursive drawing.
The artist probably didn't know about logarithms of complex numbers and neither do I. But it's super interesting even if you just watch for the animations:

https://www.youtube.com/watch?v=ldxFjLJ3rVY

#3blue1brown

The new video by #3Blue1Brown is absolutely amazing and worth to see: https://www.youtube.com/watch?v=ldxFjLJ3rVY

The cool thing about that specific video (which is in my opinion one of his best so far) is, that it describes a process, which I did in the past. This is the first time that a topic fits so well to things I made very often.

For example, rendering fractals like the Mandelbrot set, but transforming the C-plane into an exponential C-plane before iterating.

Two programs written by @mathr ( namely fraktaler-3: https://fraktaler.mathr.co.uk and zoomasm: https://mathr.co.uk/zoomasm ) doing exactly this: rendering a series of exponential mapped image strips, containing a distorted fractal, like the Mandelbrot set and later assemble a zoom-video from these strips by transforming them into annuli of different sizes. That process saves much memory.

https://youtu.be/ldxFjLJ3rVY

I must recommend!

#3blue1brown #conformalMapping #escher #printGallery #math

/cc @Eigenraum

Other title:
How to improve a painting by M.C. Escher

Yeah, I’m a maths fanboy.

This picture broke my brain bc 3Blue1Brown
https://youtu.be/ldxFjLJ3rVY

#3blue1brown #mcescher

On the volumes of higher-dimensional spheres
https://www.youtube.com/watch?v=fsLh-NYhOoU

#mathematics #video #3blue1brown