Isn't This SO Satisfying to Watch?

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[@StupidGenius37]

space filling curves = yoop

[@meyer6891]

Pips are a thing, there's room for yoop

[@aarondavis8943]

And knobbly all the way down.

[@HolloMatlala1]

10/10 Excellent ⭐️

[@omanajz]

Joop

[@BoneheadPlays]

Scientifically proven

[@YoungGandalf2325]

The water sound effects were spot on.

[@Alexgudmusic]

As a scientist I can confirm “yoop” is a scientific term often used when discussing liquid behavior.

[@qhgkk]

the 'yoop' really hit me. great video

[@michaelpipkin9942]

I didn't understand this the first time. Incorporating sound effects helped me out infinitely more.

[@dielaughing73]

Some of us are visual learners, some of us are yoop-yoop learners

[@someone_who_is_in_this_wor4536]

​@@dielaughing73 Bro just got me rolling 😂😂

[@pratikdedhia]

Haha 😂😂

[@tubebility]

here's to the yuppification of mathematics 🍺

[@eL_K_Dee]

im gonna be going 'yoop yoop yoop" for the rest of the day

[@dahat1992]

Fun fact, this is why measuring coast lines is so difficult.

[@barnabasrsnags4828]

I think he even said that in the long form video

[@dahat1992]

@@barnabasrsnags4828 That's probably where I heard it then. 😅

[@hollt693]

Scientists clearly need to yoop more.

[@karaiwonder]

Your yoop was so cute. I’m in love

[@MatthewAHaas]

yuup, yuup, yuup

[@mbrackeva]

yep, yuup!

[@Not_Joey_7]

Water solving mazes is just basically bruteforcing for mazes

[@seanhurd4633]

"Youze guys called fer a yooper? I heard'a yoop!"

[@Mikee512]

Science communicator: "yoop" Science listener: "yup"

[@kevinsalmador739]

Will never forget this Thanks yuuup

[@dasimpdude44]

Kotch curve knowledge finally paying off 😂

[@eklhaft4531]

Math professor: Can you prove it? Me: Yup yup yup

[@EchosTackyTiki]

I'm gonna ask my physics professor if "yoop" is an applicable answer on the final.

[@ChrisHarringtonMinneapolis]

0:38 automatic captions let you down here; should be "So how does a Hilbert curve work?"

[@Coco-Loco]

The yuup is so adorable lol

[@baronvonbeandip]

Hilbert Curves are *chefs kiss*

[@ilghiz]

It's even more satisfying with yoop yoop yoop 😄

[@harryr9729]

If there's something strange in your neighbourhood, who you gonna call? Yoop, yoop, yoop!

[@gidsvids8320]

If you look even closer, every quarter of the quearter of the square has the same pattern oriented at different sides. And if you look even closer, the quarter of the quarter of the quarter of the square will have the same u shape oriented at different sides again

[@elvinebovine1297]

Can you make one about how tank tracks move? The world needs you to help itself to understand how fast the bottom tank treads move in relation to the top treads. A lot of people think the entire track moves simultaneously but if it did then it wouldn’t have any traction.

[@eloryosnak4100]

Alright, im biting. From my understanding, tank tracks work exactly the same as a wheel, except their 'tread' is loose, so that individual suspension can push and pull to make sure the vehicle doesnt get stuck anywhere. Because of the mechanics (basically two wheels with a string wrapped around them) im not clear on how the speed of the top and bottom of the track can be different. In terms of traction, a normal wheel is spinning at the same speed at every point (giving and taking minor elasticity factors) but they still very much have traction on a surface. Am I missing something fundamental?

[@elvinebovine1297]

@@eloryosnak4100 so the axis of the tank tread is not equidistant like a tire is, so more of it is touching the ground at a time. For the wheel to move on the track the track has to be stationary, but only the bottom treads. A rubber band can illustrate this nuance. Take a sharpie, two pencils and a rubber band. Try to rotate the rubber band around both pencils by rolling the pencils and maintaining tension . If you draw a point on the rubber band you’ll see that half the time the bottom portion of tread stays fixed to the ground while the front end lays down more track and the back end picks up the track. Sections constantly alternate like a square wave form. The wave form for a tire is rounded because the mid point of rotation is equal in a tire. I know Steve can explain this better than I can. Did that clarify anything?

[@Zunawe]

This is just a frame of reference thing. From the perspective of someone sitting on the ground next to the tank watching an individual piece of track, that piece of track will be stationary when it's touching the ground and then zip forward at about twice the speed of the tank when it's on top. And from the perspective of someone riding the tank, that same piece of track will be moving back and forth across the wheels at a consistent speed. The only difference is whether you consider the ground to be stationary or the tank. There's nothing much strange about it, and it's the same thing for a car tire. If you're sitting on the road, any given spot on the tire will travel at an inconsistent speed and on a path that looks like the trail of a bouncy ball. And if you're in the car the same spot just goes in a circle at a consistent speed.

[@elvinebovine1297]

@@Zunawe I agree. Idk why that doesn’t make sense to some people. I guess it doesn’t have to… it’s just a little frustrating. This is what teachers must feel like sometimes.

[@Tacticaviator7]

I think you just worded this weirdly, before your explanation I thought you meant that the top somehow moves faster than the bottom relative to the tank which would imply that the track stretches. I just think it's a matter of how people look at these things, I personally always see things locally (relative to the object) not globally (relative to ground/earth), never saw anyone think that tank track moves simultaneously like you explain it.

[@geog26]

Maze goes round , my man : SPACE CURVES YOOOPS

[@munjee2]

Hey Steve, you can link the full versions of these videos in the short titles now

[@sebastianfiel1715]

I did understand the "yup" part, I think

[@whiplash2891]

This felt like a fever dream.

[@darkfent]

I love vector floral fractal grunge

[@siam8603]

Such intelligent words: "Yup, yup, yup and a yup."

[@Schlemiel-schlimazel]

Clear as mud!

[@distractionb]

fungi solves mazes

[@fuseteam]

"yoop yoop yoop and a yoop"

[@flache1086]

If you do that with liquid helium, you can get it to find it's way through the maze without filling the space...

[@paulwright8378]

Bro you been thinking, me daydreaming 😅

[@BritishBeachcomber]

As a side project, I wrote an 8-bit app that could display all the common fractal shapes, recursively, in the inherently recursive language Forth. Almost destroyed my brain. But it was beautiful.

[@kosmotto]

YUP!!! I learned a new word and that was it.

[@brenorocha6687]

The most satisfying part to watch was the Yoop. Yoop.

[@VicTheFigGuy]

I replayed the video just for the yoops lol

[@thepatriarchy819]

Shrooms can show you our universe is fractal, but can not explain why.

[@mike22273]

Maybe you just have to take more shrooms

[@thepatriarchy819]

@@mike22273 No you'll just puke.

[@robertnewhart3547]

Ah, but I what other form? Hemispherically speaking.

[@philipm3173]

Shrooms show you the mind is fractal

[@pso_cid]

​@@Joe-sg9llif you're slow! I did it in 9.... 😎

[@averageday]

When he said yuup

[@sumajohnjoseph6254]

Loading screens be like when You got 6G internet:

[@pratikdedhia]

I thought you made this video just to make that Yoop sound

[@Cemhta]

If you fill the maze with water and "pour" air bubbles from below, it would behave similar

[@dehnsurgeon]

it's not actually a curve in the stronger sense of not self-intersecting (which the Hilbert curve does a lot!)

[@SammonPuolustaja]

My eyes hurt

[@Studio_salesmen]

Just to clarify being self recursive and being a fractal are different things.

[@jjclarkson3261]

Simply pressure differentials. The open path has a vent at the end so the water follows it

[@lpc9929]

I am infertile from eating scented candles

[@DB-ns6dk]

Really interesting!

[@Vendavalez]

All I got was yoop yoop

[@definty]

It may solve the maze in terms of a shallow depth gravity powered searching algorithm but how do you define the maze to be as efficient as possible so it's gravity powered and N-depth search. Fast would be an impressive maze to watch water go through. The water chooses the shortest path for A or B decided by its next path, A.A B.A or B.A or B.B. So the water path would be decided by shortest path of the next step with using only gravity or water pressure as the path deciding factor, no electronics allowed. I wonder how a maze like that would look like once built. Does that make sense?

[@joyboricua3721]

Peano needs to be acknowledged

[@n.b.p.davenport7066]

Are you okay😮 ? Hoop.

[@peacemaker20231]

Its part of the expanding universe everywhere

[@robertnewhart3547]

What does Websters say about "Yoop"?

[@Bassotronics]

Past tense of YEET 1. An abrupt or strong movement that causes a sense of enthusiasm. "The curved movement of the bird made me go yoop!”

[@MorningDusk7734]

If you fill up a horizontal maze, then place a float with a string at the start, then let it drain out the exit while pouring in the front, would the float solve the maze?

[@ChallengeTheNarrative]

Universe is construct of Yoops

[@mrlucius57]

Yup! Lol. Great content

[@nkzeta2315]

reminds me of the squiggly lines video

[@christmassnow3465]

It still has width, which is the width of the path where the water flows. Otherwise, you will need an infinite length and that wouldn't be a maze anymore.

[@moonrock41]

So you should be able to plug numbers into a fractal/hydraulic equation to determine how long it takes the liquid to get from the entrance to the exit. Right?

[@kane2742]

Steve may not be from Michigan's Upper Penninsula, but he is a Yooper.

[@TheEgg185]

He says "one dimensional dine" and the thing says "one dimensional design".

[@rosiefay7283]

Line

[@shuckieddarns]

Full video please

[@kossboss]

Which is used to map 1d to 2d so you can visualize large things in 2d for example all 4.3 billion ip addresses

[@nazarostrovsky_]

Water do not “solve mazes” it is just a pressure

[@SammyBerman]

I'm sorry but is nobody gonna say how bloody handsome Steve is? Gorgeous!

[@YodaWhat]

Now do the famous, BUT OLD, Painter's Trumpet, and *see how a small volume of perfect paint can cover an INFINITE surface area.*

[@otisat]

Yoop yoop yoop, made my fucking day

[@foundingtitan7]

Yup Yup Yup Yup Yup 😂

[@ilghiz]

Yoop yoop yoop 😄

[@onlyplaywarlock434]

This man is so handsome

[@sonuaryan5287]

Hilbert dude

[@S4l4m4nder36]

yup!

[@Deutz-fahr-101]

Still didn’t explain why a substance can be in an infinitely thin space, you can’t explain it with yoop boop boop

[@alessandro31415]

It doesn't. It's a physical approximation of the concept of a one-dimensional object. In this case you can picture it as a arbitrarly small tube through which water flows

[@Banana-zu8tn]

The very scientific term: "yoop"

[@mattjohnson2848]

More yoop's please 😄

[@kevingilmore4588]

Or is the sound spelled ya oop?

[@matthewseymour8972]

Yup

[@anivijudi]

Yoop is a great scientific term!

[@dalwinderssi4094]

Is it for sleeping,or it is for eating.

[@gja822]

you do not need to be a fractal to be dense on a plane or in a space

[@cabbage_cat]

You lost me at "infinitely thin", what is that? And then all I heard is yup yup yup

[@kaistowers632]

irl Mincraft

[@SIZModig]

Yup yup yup

[@vicsardou9654]

I think you should include oral sound effects on all your videos.

[@frankh.3849]

It's not water filling a space it's a fluid displacing another fluid in a space

[@SocialJusticeCleric]

Okay, but fractals are not one-dimensional objects. The Koch snowflake, which you mentioned, has a dimensionality of 1.26186. So whilst I get the concept of a one-dimensional object of infinite length being able to fill space through infinite repeating curves, I'm pretty sure it's no longer a one-dimensional object anymore, right?

[@georgehelyar]

XKCD used this for the map of IPv4 addresses

[@theblinkingbrownie4654]

Your face is indeed very satisfying to watch (for those thinking im being creepy, I am referring to the thumbnail which shows no indication of the topic)

[@deleted-something]

Lmao

[@masterchief5603]

Yoop yoop

[@matthewhafner962]

I might be a United Stater, but I caught your sly use of "knobly".

[@Mark-rm2yu]

Yoop. Yoop.

[@gmpinto2]

No matter how complex the problem, nature sorts itself out...

[@Cherrie_The_Furry]

Interesting

[@johnzoidberg9764]

Diferrent mazes, what u trying to say?

[@davidwilkie9551]

And it's a specific example of 2-ness tangency Quantum-field shell-horizon envelope-shaping holography, filled by the darkness/spacing in time duration of Aether, Absolute Zero Kelvin reference-framing containment positioning in No-thing, ..Relativity/Positioning of orthogonal-normal zeros? Choose the narrative that teaches the functional element of Singularity-point Lensing Observer's POV.

[@enjoyjustforfun2902]

Why not use this kind paths in water tank I think this is filter water quickly