@@saimaibadur9532 TH-cam: sadly we have inform you, that all human have already gone fr.. haha this is Ai generated comment for all the dead human in the year 6969
@allie laine "estimate" lol dude, my friend's father's brother in law's uncle's grandchild's little cousin's half brother's classmate was the one who counted the sand. How dare you just put off all that hard work he did? Give him the credit he deserves.
@Secrettunnelvr Seriously... This one was pretty mediocre compared to some out there. I don't get why there are so many comments saying it was the best
I learned that 43 quintillion is the amount of solvable combinations, for those wondering the amount of combinations in total including unsolvable combinations is 519 quintillion (not exactly that obviously)
You can't count EVERY edge and corner swap, because ALL of them can not be flipped or rotated on their own without rotating another edge or corner. When you account for this, the amount of combinations drops dramatically if I'm not mistaken. It's like, you'll never end up with a single piece out of place on a Rubik's Cube, because it's not possible. Even having a single piece in the right place, but flipped or rotated is not possible. For example, one corner cannot be rotated clockwise without another corner being rotated counter-clockwise.
@@Mmmm1ch43l K. Thanks. Wasn't stated in the one part and I must have missed it. I've always wondered if it was ever truly calculated how many possible combinations there are and not just by a person doing the math and adding up the possibilities, but an actual model or simulation. I don't know enough about the Rubik's cube to say that I could even remotely figure out how many possible combinations there are... but I know enough to know that most combinations are not possible. (Like if you multiplied every corner face by 3 and every edge by 2). I wonder what the difference would be between that number and the real amount of possibilities once the restrictions are also counted. (and if the accepted number is accurate or not).
@@deucedeuce1572 it's not computationally feasible to generate and store all possible configurations at once, but people managed to prove that all configurations can be solved in at most 20 moves, so they in some sense did have to more or less do that from what I know about this, the possible number did turn out to be the one calculated here
That does not account for states that are functionally identical, meaning that you can rotate the cube in your hand to get from one to the other. This can roughly be compensated for by dividing the answer by 6.
buuuuuuuut, you don't use the center pieces of the core, so doing x, y, z rotations and their combinations counts as different positions, but we're talking about scrambles, so you just need to devide by 24
Just now I was calculating this in my note . Surprisingly when I entered the yt I found it as the 1st vid . I don't know how yt know that I was doing this at this time (It's real by the swear of god)
I picked up my cube and randomly this came TH-cam is watching me And I celebrated my birthday at vacation too(so my grandma uncle can celebrate too) and the same day I got birthday related videos🤨🧐😳
You can call me wrong but I’m certain that I found flaws in this, so you would need to understand how to solve a rubiks cube to understand this, so even though one corner twists is impossible but 2 and basically everything else is, they also need to be turned in specific directions to be possible, if 2 corners are twisted clockwise it would be impossible, you can understand this even if only know the beginner method because this problem can be seen very obviously after finishing the 2nd last step, its also impossible to have an orange dot for the red face, white dot for the yellow face, green dot for the blue face, red dot for the orange face, yellow dot on the white face and blue dot on the green face all at once.
43 252 003 274 489 856 000 = The 3*3*3 consists of 20 pieces that can be around the core. There are 12 edge pieces that can go around. So let's equate to 12!. It can be rotated up to 2 ways, so let's double the total. Raise the amount of pieces to 12. There are 8 corners on the cube that can equate to 8!. It can be rotated up to 3 ways, so let's triple the total. Raise the amount of pieces to 8. But some other impossible scrambles divide the number, so you have to divide the number by 12. And there you have it, 43 252 003 274 489 856 000! 12 ! × 2 ¹² × 8 ! × 3 ⁸ ÷ 12
i remember reading a story where a rubix cube determines what parallel universe you would currently be in. Imagine shuffling it and trying to find your way back to your reality.
Actually it’s even higher because the center pieces can be rotated as well. So if you used a picture puzzle cube, there are way more combinations because each center can be in 4 different positions
Does this also include if you twist the corners? A twisted corner can’t be solved, but it can count as a state, correct? Oh, it does, minus the impossible states!
Am I the only who realized that 43 quintillion is less than 7.5 sextillion?
oh my... Proofs I gotta fact check better lol
Me too
Edit: Me after a year and i never realised im famous
same i thought
I always knew that lol
edit: im early on replies!
@@Skrytl me too lol
Him:
So let me show you each combination
TH-cam: We found a new world record for the longest video ever
@@saimaibadur9532 TH-cam: sadly we have inform you, that all human have already gone fr.. haha this is Ai generated comment for all the dead human in the year 6969
2 comments and 1k like hmmm let me fix that
bro said stop with likes and it's stopped on 1k 😂
@@saimaibadur9532 l Oppo pp Love lll LLP ll pop o9ooooooooo yang oooooooo99
Nice loop 👌
don't compliment him on this cheap crap made for more watch time
Why you hating bro
I was about to comment that haha
@@Scribbelzz shut up
@@Scribbelzz imagine hater
Props to the guy who counted the sand.
Yeah, it must have took so long.
It's an estimate. Only a little bit of sand is counted, then multiply that by how much other sand we know of
@allie laine "estimate" lol dude, my friend's father's brother in law's uncle's grandchild's little cousin's half brother's classmate was the one who counted the sand. How dare you just put off all that hard work he did? Give him the credit he deserves.
@@allielaine4649 nothing gets past you
@@lonesomeleopard934 bro he's just telling facts bro
by far the best loop I've ever seen
You haven't seen the transforming Minecraft block
No it's not
@@sonicsc0op10 how do you know the best loop he’s ever seen lol
props to you cubehead for writing/typing all the digits accurately, good job
But the number of grains of sand on earth he said is more than the number of combinations he said.. so the video isn’t even true.
@@myvividmemoriesyes The video IS true there IS that Many combinatiobs😐
Bro that loop was so smooth I didnt know I Replayed the video
me too
I realised because of the small pause.
That loop was so smooth
Edit: I did not expect this many likes
True that
No it really wasn’t
@@Secrettunnelvr CRAP YOUR HERE
@@Secrettunnelvr it was in TH-cam shorts
@Secrettunnelvr Seriously... This one was pretty mediocre compared to some out there. I don't get why there are so many comments saying it was the best
NO WAY 2 VIDS IN ONE DAY?! THIS IS THE BEST DAY EVER!
You mean ♾ video's ✅
Ikr
I learned that 43 quintillion is the amount of solvable combinations, for those wondering the amount of combinations in total including unsolvable combinations is 519 quintillion (not exactly that obviously)
That’s more than 10x more the possible combinations
@@owenasevado yup
When Milan becomes a math teacher
honestly
But gets the math wrong lmao
@@penta_0 where did he get the math wrong tho
@@Anthony_Jiang sextillion > quintillion (7.5 sextillions grains of sand)
@@penta_0 oh yeah lol
You can't count EVERY edge and corner swap, because ALL of them can not be flipped or rotated on their own without rotating another edge or corner. When you account for this, the amount of combinations drops dramatically if I'm not mistaken. It's like, you'll never end up with a single piece out of place on a Rubik's Cube, because it's not possible. Even having a single piece in the right place, but flipped or rotated is not possible. For example, one corner cannot be rotated clockwise without another corner being rotated counter-clockwise.
that's explained in the video as well (it's part of the dividing by 12 bit)
@@Mmmm1ch43l K. Thanks. Wasn't stated in the one part and I must have missed it. I've always wondered if it was ever truly calculated how many possible combinations there are and not just by a person doing the math and adding up the possibilities, but an actual model or simulation. I don't know enough about the Rubik's cube to say that I could even remotely figure out how many possible combinations there are... but I know enough to know that most combinations are not possible. (Like if you multiplied every corner face by 3 and every edge by 2). I wonder what the difference would be between that number and the real amount of possibilities once the restrictions are also counted. (and if the accepted number is accurate or not).
@@deucedeuce1572 it's not computationally feasible to generate and store all possible configurations at once, but people managed to prove that all configurations can be solved in at most 20 moves, so they in some sense did have to more or less do that
from what I know about this, the possible number did turn out to be the one calculated here
@@Mmmm1ch43l Cool. Thanks.
A 21 x21
Let's appreciate how much effort and humor are in his videos! Hope 1M Soon
lmao
@Galactic_Gaming77 NOPE HE NOT A BOT
@@aidenworld2755 He is a kid, who posts bot comments, to get likes (BTW, it is "He's")
Me 2
@@albusdumbledore9345 Everyone made fun of him, although it is bad (so that is nothing special, but it is still kind of unfriendly)
My brain still trying to process the first thing you said 💀
Quintessential information.
Very clean loop, I didn't even notice it at first!
Nice explanation, very concrete and precise, the loop is flawless
Pretty cool video, you explained with humour how is a so huge number possible, well done 💪
I need a tutorial just to read the number 😂🤣
lol
That means you can solve almost more equations than sand grains on earth with just a few algorithms
This loop is so cool
So close to 500k…looking forward to the new song.. You deserve it😀
yeah hes getting there fast
That does not account for states that are functionally identical, meaning that you can rotate the cube in your hand to get from one to the other. This can roughly be compensated for by dividing the answer by 6.
The calculation assumes fixed centres
Doesnt make the number any more reasonable for human understanding tho
Also parity needs to be accounted for
@@PublicVoidStart909 parity is accounted for (it's part of the dividing by 12 bit)
@PublicVoidStart909 there is no parity on 3x3x3, only on 4x4x4 or higher cubes.
Bro counted the sand grains on earth 💀
Respect for the guy who counted the grains of sand in earth
Press F for respect
@@No-One-Knows-Who-I-Am F
@@No-One-Knows-Who-I-AmF
@@No-One-Knows-Who-I-Am F
Smooth loop ngl!
math teacher: well someone learned something in my class
Rubix cubes are awasome
Dawg quintillion is less than sextillion 💀
Taht true
Taht true
Taht true
... but safer!
Taht True
Loop was amazing
I'm suddenly questioning myself how we can solve it in ONE - FIVE PATTERNS
What until scientists find the 21 by 21 cube
Me not even knowing how to read this number 😂😂
Same
Cool nice Video 👌
I watched this video 3 times because how good of a loop it was
Loop was it? I saw pool.
*Bro is the new Einstein💀💀💀*
Is that a compliment or an insult?
Such clean loop dude deserves a like from me
Not really that clean
You just started an argument with me
@@jyoshithgundapaneni3763 ok?
It isnt clean it goes black for a moment then restarts
Now your continuing the arguement
I'm not kidding he actually gave me a headache
buuuuuuuut, you don't use the center pieces of the core, so doing x, y, z rotations and their combinations counts as different positions, but we're talking about scrambles, so you just need to devide by 24
no, the centers are assumed to be fixed in the beginning, so this number is correct
Jeez, the US got updated, thats alot of new states
Just now I was calculating this in my note . Surprisingly when I entered the yt I found it as the 1st vid . I don't know how yt know that I was doing this at this time (It's real by the swear of god)
it's reading you're mind
The calculation didn't even reach a trillion plzz explain
@@maxxysitlhou6266 don't use scientific calculator or phone calculator. Online big digit calculator
@@miniwizard5522 ok
sextillion>quintillion
Imagine a 33x33 lol
The perfect loop doesn’t exis-
Well I still have more cookies in cookie clicker than combinations of the Rubix cube 😎
Who’s gonna tell him that sextillion is bigger than quintillion.
Probably the pinned comment with 4.3k likes and over 170 responses, the first of which is the creator saying that they were wrong, posted 2 weeks ago
@@Tmar0cks yippee
bro that loop was so clean that i had no idea that it looped untill he said "there is more combinations than sand grains"
"There are more Rubik's cube combinations than there are sand grains on Earth (estimated to be 7.5 sextillion"
But you didn't have to cut me off
Make out like it never happened and that we were nothing
I feel like I don’t need your love
I picked up my cube and randomly this came TH-cam is watching me
And I celebrated my birthday at vacation too(so my grandma uncle can celebrate too) and the same day I got birthday related videos🤨🧐😳
That's no proof bro, show me every single one of them.
💀
Edit: Quintillion is less than sextillion so there are more sand grains😀
You can call me wrong but I’m certain that I found flaws in this, so you would need to understand how to solve a rubiks cube to understand this, so even though one corner twists is impossible but 2 and basically everything else is, they also need to be turned in specific directions to be possible, if 2 corners are twisted clockwise it would be impossible, you can understand this even if only know the beginner method because this problem can be seen very obviously after finishing the 2nd last step, its also impossible to have an orange dot for the red face, white dot for the yellow face, green dot for the blue face, red dot for the orange face, yellow dot on the white face and blue dot on the green face all at once.
The waffle house has found its new host
The Waffle House has found it’s new host.
BRO STOP
that meme is dead bruh
Bro was perfectly done his maths of 11 standard😂👍
So you’re a cuber?
Name every Rubik’s cube state.
43 252 003 274 489 856 000 =
The 3*3*3 consists of 20 pieces that can be around the core. There are 12 edge pieces that can go around. So let's equate to 12!. It can be rotated up to 2 ways, so let's double the total. Raise the amount of pieces to 12. There are 8 corners on the cube that can equate to 8!. It can be rotated up to 3 ways, so let's triple the total. Raise the amount of pieces to 8. But some other impossible scrambles divide the number, so you have to divide the number by 12. And there you have it, 43 252 003 274 489 856 000!
12 ! × 2 ¹² × 8 ! × 3 ⁸ ÷ 12
Thanks
I don't understand how other impossible scrambles can be divide by 12?
Nobody has the perfect shorts lo-
Oh, wait a second, I didn't notice it looped
i remember reading a story where a rubix cube determines what parallel universe you would currently be in. Imagine shuffling it and trying to find your way back to your reality.
Yeah my calculator can’t figure that out
Why did it have to end with a cliffhanger 😤😤😤😤 also love your vids
What do you mean cliffhanger
OMG I AM SO LUCKY EVERY SCRABLE I DO THERE IS 1 IN 43 QUANTILLION CHANCES OF THAT HAPPNING
The loop was flawless.
Ay that loop was pretty smooth
great vid cubehead thanks for explaining ssometimes i wondered about this thanks
Cube head is big brain
Smooth transition at the end
And No Man's Sky has 18 quintillion planets!
also i just love your content your the best cubing youtuber i ever known
And a deck of cards can be in 86 duovingintillion different orders
at 1st i thought this was fake til i saw other people say 43 quintillion
For anyone wondering, 4.3252003e+19 is the amount you get on a calculator.
That loop was clean though
Actually it’s even higher because the center pieces can be rotated as well. So if you used a picture puzzle cube, there are way more combinations because each center can be in 4 different positions
But there are still more sand grains
Bro there is 43 quintillion and i cant even do 1 without using an app 💀💀
Loop was really nice!
Imagine the 19x19 Rubik's cube combinations that would be INSANE
Does this also include if you twist the corners? A twisted corner can’t be solved, but it can count as a state, correct?
Oh, it does, minus the impossible states!
factorials look oddly enthusiastic
U explain pretty well than my math teacher
When is put it into a calculator, it shows 786,432
did you use the exclamation mark symbol?
@@Quarks75 I don't think so?
Imagine the 21x21💀
Iwhfkkd
His proving is harder than my math exam
Out of curiosity where did the divisor of 12 come from? It's something with group theory but I don't seem to have the exact intuition right now...
43.2Qi Combinations in a Standard 3x3x3 (Rubik's) Cube.
And we bastards try for just that 1 combination 😂
I'm not usually a person who likes the TH-cam shorts loops but that was perfect
I wish i had a cube😢
Nice video, really good quality! Love you cube head!
I love ur editing and also wow , when you just look at a cube, you don’t think that there’s 43 quintillion combinations. Cool
i wasn’t paying attention and didn’t notice the loop 😭
Bro better than my math teacher 😂 also great loop
chess with 10⁸³ combinations more than atoms in the universe : pathetic
💀this gave me the same energies in my online maths class
I like the loop
No. There are fixed some combinations. For example: centers are fixed together: white opposite yellow, blue-green and orange-red.
me: there is no perfect loop
this guy: hold my Rubik's Cube combinations!
Wow I didn't notice the video looped. Nice :O
Great loop man
guys😭 I've been watching this video for a straight hour and I've yet not gotten to the end of the video
That's a clean loop I didn't even noticed it ended
Bro the loop actually got me
We need more shorts
Finally got the right number and spelling from my last comment
A 21x21 has 6.3 quingendoquadragintillion possible combinations