正在加载视频...

视频加载失败

What is a manifold? A brief, intuitive explanation:

64,862 次观看 • 1 年前 •via X (Twitter)

11 条评论

Ben Syversen 的头像
Ben Syversen1 年前

Wonderful video! I hope you do more brief, intuitive shorts like this!

adithya 的头像
adithya1 年前

Thanks Ben! Love your videos.

FRANK E ELKINS 的头像
FRANK E ELKINS2 年前

“Science doesn’t tell us why the Big Bang happened, how the singularity occurred in the first place, or why it exploded when it did. It tells us there is objective scientific evidence that it occurred. So, what exactly was the Big Bang?” – Book III The Enigmatic Mystery

Jonathan D. Pratt, Ph.D. 的头像
Jonathan D. Pratt, Ph.D.1 年前

Nice! Thanks. Maybe add an example of a 3d manifold before ending on the general case?

adithya 的头像
adithya1 年前

Nice suggestion! And thanks for watching.

Aditya Kamireddypalli 的头像
Aditya Kamireddypalli1 年前

So the dimensions what a manifold "looks like locally" defines it's dimensionality? Will the n-dim manifold always appear in the n+1 dimensions? For example the sphere (a 3 d object) is a 2d manifold. Hope that question made sense. Thanks for the video.

adithya 的头像
adithya1 年前

Interesting question! So the dimension of the “ambient space” doesn’t always have to be 1 larger than the manifold’s dimension. For example, you can embed a circle (1 dim manifold) inside R^2, but you can also embed it in R^3 in many ways.

Broken Cricket Dreams Cricket Blog 的头像
Broken Cricket Dreams Cricket Blog1 年前

Really enjoyed this new style of video! Nice explanation with examples and motivation as well 😊

adithya 的头像
adithya1 年前

thank you!!

Nich◎las₿iddlΞ.eth 的头像
Nich◎las₿iddlΞ.eth1 年前

can i say no manifold has even one singularity.

adithya 的头像
adithya1 年前

Intuitively, yes. A smooth manifold should have no “sharp points” or “corners”.

相关视频