Sound synchronized with "Pendulum Waves" 

see a doctor please, you are affected by covixcessive thinking syndrome

What you smoking bro cause I need some

@@crusade3802 covipot

or we don’t struggle at all and actually understand the patterns linear pathway

This isn't random, there are very distinct, predictable patterns.

At the end it just continues dancing

1:26 is when they all synchronize again.

@@cptkirkpyro5656 yeah just not fully

@@snailcheeseyt in the sound they do, thats just because when he released the balls he didnt do it evenly so there is slight differences

Is you’re name actually Scott Scott if so that is amazing

what is the theory behind it

@@samarliya there is no theory to be had, it's directly outlined why in the comment.

I'm the only one that really liked the sound at the start with no soundtrack, but soon turned off the 'created' soundtrack, couldn't stand it, if there was sound from the pendulum apparatus I would have surely dug it and enjoyed that sound. There would be a way to have the pendulum trigger sensors to generate sound, I think that would be a truly amazing set up.

I was here too~

Yello, I was there as well

Got this today too. Sounds like the pendulum got sorted huh?

I actually looked for Synchronization. Lol

I'm here

@OLA HO UBER ?

@OLA HO UBER ??

Thanks for the idea🤣👌

Oh oh oh La Bean Peanut Cool Absolutely What What... (I guess R2D2 is Korean?)

*ancient comment*

@@mawaalt be careful,this comment is part of a historic video and it is so fragile and can be easily break by a random top comments

@@Lycouris so like the comment so it stays at the top

@@DanS044 it's called top comment for a reason

I hope you're doing good mayn

l o o p

loop

But theres no sound for the first 20 seconds

You could screen record it and make ur own loop

Download the video?

What the fuck did you say

Just in case you're unaware, or for anyone else who happens upon this comment and is unaware, that is called synesthesia, in this case specifically chromesthesia. There's quite a few different types.

In truth there was no chaotic behavior here whatsoever. A pendulum system like this is completely deterministic, predictable..

@@SineEyed yes I see what you mean, but I still hold on to this thought as it does look like it goes from one arrangement to the other, but it was more of a subjective interpretation that I wanted to share, apples and oranges I know :)

@@AardBewoner yeah, I'm aware you were simply stating an offhand observation, as opposed to declaring some objective truth about the physical system of a pendulum in motion. I get what you were saying, I do. And I didn't mean what I said as criticism or to discount your observation. If I came across that way, I apologize. My intention was only to give an objective counterpoint of the reality of what we see happening here. Indulging in whimsy can be quite fun, and engaging one's imagination is an important function of one's cognitive development imo. I just feel that it is equally important that the facts be acknowledged right along side any fanciful or subjective notions we might have. Truth is most often just as amazing as fiction..

@@SineEyed You're absolutely right. Cheers!

@@SineEyed but modulo division and prime numbers are chaotic, and that's the emergent behavior we see.

Thanjs for adding the track list time stamps for easy navigation

Synestesia

Here you are a again you bastard just looking for those likes.....well I’ll copy your comment and take away your shine....ha! Yeah....I’m *that* bitch! P.S. and it’s coco. No choco....bastard.

Loool you are funny it's all in your head

Any varying of the human senses in a greater or lesser degree can or will simultaneously affect the other senses depending on the group or individual sensitivity to the stimuli.

Master

You joke, but if you could actually play this, you’d be a polyrhythm master - each note is being hit at a different frequency, one you have to keep track of

er, not really , a valiant effort though

It reminded me of Tom and Jerry idk why

T invariance of newton's law: F = ma, since (-F) = m(-a). You can also put it in a mirror for P invariance (again: -F = m(-a)). The hard one is C invariance, F = (+m)a, since you need an antimatter pendulum.

It was nice experience? :-)

@@justexpressingmyself397 yes

Like anyone is going to watch this straight?

@@NitroModelsAndComics nope watching it bi

8 years ago?

Yep!

thanks. this is the one long time ago.

@@lowtechism Still pretty cool though.