@brainacademy said in #9:
> When the pig or horse tell me that i am an animal, than i will belive it.
Animals are defined as multicellular eukaryotic organisms
Humans are multicellular eukaryotic organisms
Therefore humans are animals.
;)
Super blog!
Geometry is also apparently good for blindfold chess, which was known at least as early as 1882, and probably sooner.
[source](https://www.google.com/books/edition/A_complete_guide_to_the_game_of_chess/nDYCAAAAQAAJ?hl=en&gbpv=1&dq=A_Complete_Guide_to_the_Game_of_Chess/&printsec=frontcover) (the chapter on blindfold play).
Fascinating blogpost. The only thing is that I found the description of the experiments quite confusing and didnt really get how they were performed. The second part of the post was quite confusing.
Schaut euch ein Schneckenhaus an , einen Fuchsbau , die Orientierung von Fischen , Korallenriffe und alles was Tiere vermögen.
Das ohne Schach und Geometrie. Der Springer setzt voraus das es Pferde gibt.
@RuyLopez1000 said in #1:
> Comments on https://lichess.org/@/ruylopez1000/blog/how-geometry-is-fundamental-for-chess/h31wwhUX
Of course, humans are the only species that understand their own fields of math.
@iiigtoiii said in #14:
> Fascinating blogpost. The only thing is that I found the description of the experiments quite confusing and didnt really get how they were performed. The second part of the post was quite confusing.
Yeah, it's always a mouthful to describe experiments.
I edited the blog to make it clearer and also added some new cool info.
It seems like a discretized version of geometry that applies in the case of chess, though. For example, the board is 8 by 8, not continuous.
tf is even a 'geometry', sounds made up
@Raerhix27 said in #19:
> tf is even a 'geometry', sounds made up
huh