Takens' theorem in action for the Lorenz chaotic attractor

[@jfmoralest]

This is the best f** video to explain phase space recontruction and takens theorem in the simplest possible way!. Thank you vey much.

[@juliogodel]

Great video about Taken's theorem.

[@collyyang9664]

thank you very much

[@Shiroach]

Thanks for the excellent visualization!

[@collyyang9664]

you are excellent

[@nashs.4206]

A beautiful presentation. :-)

[@horrorshowchai]

This is sooo much better than the news story I read on the matter. I am curious whether this, like several other tests for causality I've read about, can be proven valid with Pearl's causal calculus ("do-calculus"). But since that only deals with discrete time, it seems unlikely!

[@chipotlovich]

Excelent video, thanks.

[@NeilCC125]

Well done video! Thank you!

[@giulioruffini6349]

Beautiful video!

[@alanhuo1453]

greatly helpful explanation!

[@chob.h7914]

best explanation

[@KikiManini]

Wonderful explanation. Thank you!

[@mrAlive777]

Thank's for sharing. If you want more, see original videos at Sugihara Lab: kzbin.infofeed

[@kenzofurusawa238]

Hi everyone. Can you please tell me what software is used to produce such an animation?

[@rosshillin7931]

How does it not eventually swallow itself?

[@jaguarfacedman1365]

Thank you

[@micah9461]

thankyou!

[@Juangpc]

very nice! Anchovies and a sardines building butterflies.

[@yinggling]

Is there a way to determine the most suitable value for time delay tau?

[@waqasbukhari85]

excellent

[@aryan198]

causation or correlation ?

[@frustumator]

+Aryan Eftekhari (aefty) lol, great question, and in fact one of the major ones taken up by this paper. give it a read!

[@sydbid6104]

Holy shite bruv

[@낮잠-e2n]

0:48 2:00