正在加载视频...

视频加载失败

424,651 次观看 • 9 个月前 •via X (Twitter)

25 条评论

Indranil Roy 的头像
Indranil Roy9 个月前

Beautiful visualization. Isn't it also fascinating, the arcs NEVER overlap, and they ALWAYS intersect at the center.

bigbang 的头像
bigbang9 个月前

Pi’s irrationality is not disorder, it’s a deeper order. What never repeats still obeys precise laws, filling space without ever closing in on itself. Mathematics shows us that creation doesn’t rely on simple loops, but on infinite harmony without redundancy. Some truths are designed not to end, but to remain inexhaustible.

Jackie Ritacco 的头像
Jackie Ritacco9 个月前

That is a fantastic visual!

Lynda Upthegrove 🎹✨✨✨✨✨ 的头像
Lynda Upthegrove 🎹✨✨✨✨✨9 个月前

Didn’t we do this for hours as kids ? Lol I also did it to celebrate with my music students !

Pretty Savage Inceptions 的头像
Pretty Savage Inceptions9 个月前

You made a digital Spirograph.

Guillaume Limousin 的头像
Guillaume Limousin9 个月前

Nothing to do with irrational. Chaos equations

William™ 的头像
William™9 个月前

"This is a line that never ends... Yes it goes on and on my friends..."

Shephard 的头像
Shephard9 个月前

Circles don't exist, change my mind.

xBiznotch 的头像
xBiznotch9 个月前

I was so invested

Pro-UK Anti-Theism gc2047 ⚛️🇬🇧🏴󠁧󠁢󠁳󠁣󠁴󠁿🇺🇦 的头像
Pro-UK Anti-Theism gc2047 ⚛️🇬🇧🏴󠁧󠁢󠁳󠁣󠁴󠁿🇺🇦9 个月前

Would the moving point ultimately pass through every single point on the surface of that sphere if the system continued for long enough? Is this provable and would it potentially require infinite time to do so?

Common by Maru 的头像
Common by Maru9 个月前

The only irrational thing about Pi is how is never enough of it.

giorgio taverniti 的头像
giorgio taverniti9 个月前

The “irrational” esiste only in your punched imaginary! The Pi isn’t concerned with your animations! What you ,fortunately, see is just the unfolding of Universal Law that have no beginning or end !

Paul Davis 的头像
Paul Davis9 个月前

Well, it's pretty - but does not PROVE irrationality. It could be just a very VERY large ratio approximating Pi. :-) (btw "Ratio" means a quotient of two integers - hence "The Golden Ratio" is actually an incorrect term)

Rafael Lyonnais 的头像
Rafael Lyonnais9 个月前

the universe is also irrational

The_Remnant_Observer 的头像
The_Remnant_Observer9 个月前

Doesn't seem irrational to me, seems beautiful!

david pearce 的头像
david pearce9 个月前

And that's only two dimensional. Try it in 3-D

DanielMader 的头像
DanielMader9 个月前

Irrational and mesmerizing 🥰

Sol Opacus 的头像
Sol Opacus9 个月前

I like how the video zooms in at 22/7 before speeding up, then again at 355/113 at the end

Max Matles, CFP®️ 的头像
Max Matles, CFP®️9 个月前

Feels like I smoked 5Meo DMT again..

Kartik Marwah 的头像
Kartik Marwah9 个月前

@grok how does this show pi is irrational?

Mik3 的头像
Mik39 个月前

Yes π is irrational. Its decimal never ends or repeats, because no fraction can exactly represent the ratio of a circle’s circumference to its diameter.

正多面体クラブ 的头像
正多面体クラブ9 个月前

『πが無理数であること』なるほど~ #スピログラフ #spirograph は歯車の組み合わせが整数比で #有理数 だから始点に戻るけど、#π は #無理数 だから始点に戻らない。アニメーションのスピードがゆっくりになったとこ!「・・・お~っと、おしい💧」と、ついつい見入ってしまった😅

raianne 的头像
raianne9 个月前

!

Дичь, домашняя ⚪⚪⚪ 的头像
Дичь, домашняя ⚪⚪⚪9 个月前

wow excellent musical accompaniment

Tommy Orbell 的头像
Tommy Orbell9 个月前

Just round it down to 3. It'll do.

相关视频