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I had to look up infinite polyhedrons on Wikipedia to wrap my head around them, and it still took a minute. They're just polyhedrons with an infinite number of vertices/edges/faces. (The picture of a mucube in the video is actually just one section; imagine that pattern tiled through all of 3-D space, and you've got the full mucube.)
Funny thing about the mucube, there’s literally no difference between being inside and outside of it. Unless there’s different wallpaper or something, you wouldn’t be able to tell.
jan Misali makes a wonderful video on all of the regular polyhedra, including the mucube you mentioned. It's an incredible video, just like this one, and I really reccomend anyone who sees this to watch it.
I feel like it would be way nicer if the symbol for Tau and Pi were swapped. One has two vertical lines, one has one, make them equivalent to the number of Pi you can fit in each.
1:41 "Suppose you have two amounts, and the ratio of the larger amount to the smaller amount equals the ratio of the sum of the amounts to the larger amount" This sentence broke my brain lol
The Golden spiral that the general public knows about was not generated from the logarithmic spiral. It's just a bunch of arc circles of different sizes joined together. They're different. Also, for some reason you only showed a tiny portion of the Burning Ship fractal instead of the entire fractal.
You mean the Fibonacci spiral? What gives you the impression that the general public even knows about the specific construction of that spiral, and that they somehow believe it's called the golden spiral instead? As for the Burning Ship fractal, I'm not really sure what you're talking about. It seems like the whole thing to me.
@@isavenewspapers8890 Okay. I seem to have mistaken the Fibonacci spiral and the Golden spiral. The Golden spiral is a logarithmic spiral, while the Fibonacci spiral is the arc circles one. Apologies. However, as for the Burning Ship fractal, I am confident the one shown (in the actual video, btw, not the thumbnail, which is actually the full fractal) is only a tiny part of the whole thing. How? Notice the horizontal line on the base. The actual whole fractal only has the line on its stern section (which eventually terminates at x = -2), not on its bow section as well. The mini version of it on that line at x = -1.7549, however, does have that line on both sides.
The universe has to be looped, no hard edges in spacetime, that includes the point at infinity, thus it is just a shape of infinite size that loops upon itself, like how a line is really just a circle of infinite radius.
I built a section of the mu cube with modular origami. I had to cheat so it ended up with lots of tape. I also built a 2-torus with modular origami. If anyone gets me an extra dimension, I'd gladly make a 3-torus. And I made a low resolution scatter plot of the mandelbrot set in a spreadsheet by testing randomly generated points.
The image shown at 14:24 is not a golden spiral, but an approximation to the golden spiral. It’s also worth noting that many of the common examples of the golden spiral are either not golden, not spirals, or not logarithmic. The golden ratio tends to appear in plants as the optimal value for problems like seed packing or light absorption. It’s important because it’s the “most irrational number”, meaning that a line of slope phi is as distant as possible from integer coordinates.
Imagine a mu(3-torus), where you can go infinitely in some directions, but anything going in other directions vanish without a trace, and there isn't a way to tell them apart.
![[MV] A leap of faith...ความเชื่อใจครั้งสุดท้าย (From "Petrichor the series")](http://i.ytimg.com/vi/U1piZH2CNXA/mqdefault.jpg)
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Can you tell me which software you use to make your videos?
@alien3200 premier pro
3:03 "The number of radians in a full turn is 2π also known as tau."
Liked for usage of tau.
Holy hell, it's like TH-cam knows what I'm into.
WHAT
That's called TH-cam Algorithm
Same
No fucking way
Cause it does
That last one looked incredible!
I had to look up infinite polyhedrons on Wikipedia to wrap my head around them, and it still took a minute. They're just polyhedrons with an infinite number of vertices/edges/faces. (The picture of a mucube in the video is actually just one section; imagine that pattern tiled through all of 3-D space, and you've got the full mucube.)
Being trapped in a mucube would be terrifying.
The edge could be two feet away from your bed and you would never know.
Funny thing about the mucube, there’s literally no difference between being inside and outside of it.
Unless there’s different wallpaper or something, you wouldn’t be able to tell.
jan Misali makes a wonderful video on all of the regular polyhedra, including the mucube you mentioned. It's an incredible video, just like this one, and I really reccomend anyone who sees this to watch it.
Last time I was this early, people were still trying to square the circle
What?
What?
Whаt?
What?
I feel like it would be way nicer if the symbol for Tau and Pi were swapped. One has two vertical lines, one has one, make them equivalent to the number of Pi you can fit in each.
1:41 "Suppose you have two amounts, and the ratio of the larger amount to the smaller amount equals the ratio of the sum of the amounts to the larger amount"
This sentence broke my brain lol
Outrageous, thanks
Props for Sibelius Etude! And great choice of pieces overall
6:44 - No way! Zhong Xina! He's literally me!
The Golden spiral that the general public knows about was not generated from the logarithmic spiral. It's just a bunch of arc circles of different sizes joined together. They're different.
Also, for some reason you only showed a tiny portion of the Burning Ship fractal instead of the entire fractal.
@@alexanderbudianto7794 one out of 2 actual comments
You mean the Fibonacci spiral? What gives you the impression that the general public even knows about the specific construction of that spiral, and that they somehow believe it's called the golden spiral instead?
As for the Burning Ship fractal, I'm not really sure what you're talking about. It seems like the whole thing to me.
@@isavenewspapers8890 Okay. I seem to have mistaken the Fibonacci spiral and the Golden spiral. The Golden spiral is a logarithmic spiral, while the Fibonacci spiral is the arc circles one. Apologies.
However, as for the Burning Ship fractal, I am confident the one shown (in the actual video, btw, not the thumbnail, which is actually the full fractal) is only a tiny part of the whole thing. How? Notice the horizontal line on the base. The actual whole fractal only has the line on its stern section (which eventually terminates at x = -2), not on its bow section as well. The mini version of it on that line at x = -1.7549, however, does have that line on both sides.
1:42 steel ball run?!??
No, jojo's bizarre adventure
@@TheClockheadjjba part 7 is called steel ball run
@@TheClockhead -_- seriously
yeah im subscribing
The universe has to be looped, no hard edges in spacetime, that includes the point at infinity, thus it is just a shape of infinite size that loops upon itself, like how a line is really just a circle of infinite radius.
4:17 now make a ball spin using the equation
was gonna make the reference myself but i guess it's already made
What is it referencing?
@@FranciszekKlyk
Jjba
9:08 why does the photo look like a liminal space
ehehehehhehdhdhfn isnfihaniwdvnifwv this comment really tickled my pickle thank you
I built a section of the mu cube with modular origami. I had to cheat so it ended up with lots of tape. I also built a 2-torus with modular origami. If anyone gets me an extra dimension, I'd gladly make a 3-torus. And I made a low resolution scatter plot of the mandelbrot set in a spreadsheet by testing randomly generated points.
2:35 ish piano piece is sibelius etude no 76 op 2
Fellow tau enjoyer
the greek letter is not "fai" but "fee"
What are the names of the songs you used?
10:50
This is true, assuming o = 0.
early bird gets the worm
Youre getting away for bekng creative
@@hillabwonS
Tihs si a veyr ceartive cmometn
@@Rando2101 having bad grammar isnt creative guh
@@hillabwonS isn't*
What if you cut a Mu into a half, ad two Pi/2 radian tubes to fit each side together, whats that?
4:39 Duolingo?🤨
Manger Sponge 💀
why are you using tau
Woe
here
1 hour gang
GET OUT!!!+
Me
I didn’t notice
@@hillabwonSbruh we dont need kids
@@NoobplaysMC2009 yeah thats why i said that
The image shown at 14:24 is not a golden spiral, but an approximation to the golden spiral.
It’s also worth noting that many of the common examples of the golden spiral are either not golden, not spirals, or not logarithmic. The golden ratio tends to appear in plants as the optimal value for problems like seed packing or light absorption. It’s important because it’s the “most irrational number”, meaning that a line of slope phi is as distant as possible from integer coordinates.
the burning ship fractal is so pretty
So youre telling me τ is 6.282 and not ππ...
mindblown
Why r u using tau?
can u guess?
Jeez I'm early
GET OUT!!!
Dam i really was not expecting the burning ship fractal to look like that. Looks like some shit out of Evagelion
Imagine a mu(3-torus), where you can go infinitely in some directions, but anything going in other directions vanish without a trace, and there isn't a way to tell them apart.
Put golden spiral without SBR reference is annoying for me 🗿
13 hour gang
ur starving
what do you mean
yeah, what do you mean?
"yeah, what do you mean?" 💀 make another layer pls
too bad a sponsor means i just skip to someone elses video
but u do leave a comment behind before skipping?
Youre a bitch, they need money to keep making these videos dumbass, you cab skip the sponsor
@@ThoughtThrill365 Yeah are we not allowed to comment?
no, if u skip the video xD