Have we solved every scramble?
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- čas přidán 14. 06. 2019
- Everyone knows the 3x3 has 43,252,003,274,489,856,000 different combinations. The question is whether or not they have all been solved. Lets analyze that question.
PART 2 • Part 2 | Have we solve...
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Non-cubers: *we scrambled every solve*
There are a lot of solves ... why didn't you tell me before the competition !?
hahaha this made my day
me at first: yeah sure whatever i'll like this
me 8 seconds later: i mean THAT ACTUALLY IS TRUE because there's only one solve
This needs to be pinned
There. I made a 666
Technically 1 move equals to 1 scramble. So that means we go through a bunch of different scrambles each solve.
Yog Naught genius
Smart Yog Naught
Give this man an Oscar...really genius..
And after around 20 good moves, the cube can’t become any more scrambled.
This man has no limit to his intellect
But, every turn would create another scramble, thus doing about 45 scrambles per solve.
45 if they're doing fmc, probably closer to about 60-80 per solve for people who average 30 seconds
You make a valid point
But as people get to last layer or even f2l, there would be more and more repeated scrambles
You are correct
Psh if you're using heise. More like 90-150 per solve, but that's reduced to the common steps we all end up at. Certainly every last layer case on every side has been solved, and probably w decent number of the cross cases.
Short answer: No
Long answer:
EEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE
@@SenjuTheSlime but u can do each combination on a different way , Like R U , R2 U2 , R2 U' etc
The long answer is: WELL I DON'T KNOW MAYBE
It's on 3:12
hi
I think we solved all of them
Whelp
TIME TO GO ON TO THE 4x4x4
Oof
and the 5x5x5, then the 6x6x6, then the 7x7x7, then the 8x8x8, then the 9x9x9, then the 10x10x10, then the 11x11x11, then the 12x12x12, then the 13x13x13, then the 3878578352365247856789345346537645634567895654654765735667657887487684979678976945686908088768970878675869785647656751234387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675x3878578352365247856789345346537645634567895654654765735667657887487684979678976945686908088768970878675869785647656751234387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675x3878578352365247856789345346537645634567895654654765735667657887487684979678976945686908088768970878675869785647656751234387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675387857835236524785678934534653764563456789565465476573566765788748768497967897694568690808876897087867586978564765675.
Haha
wow
but what about the 1x1x1?
The real question is... have we solved every combination on the 1x1
The Larks No. the 1x1 has Infinty combinations
No
@@s2erp5ent you are wrong
@@s2erp5ent it has infinity possibilities
@@s2erp5ent its a joke duhh
While the math does technically add up, there is something we are overlooking. In the process of solving the scramble, we are encountering a new scramble after each move.
But how does that change the number of scrambles?
@@emymontelibano8325 it means you solve several scrambles per solve if someone can do the maths to account for repeats then it would be a more accurate approximation of how long it would take to solve the Rubik's cube
Hey I’m 4 months late but blame the algorithm for recommending this to me. If you counted these as different solves then you wouldn’t be able to solve it, because as you near the end, there would be billions and billions of people with the same “scramble” as they’re about to solve it. If everyone is assumed to be solving a different scramble then you can’t count every move towards completion a scramble
hes talking about solving a scramble, a starting point. Scrambling the cube up and solving it, thats 1 scramble done, move on to the next one.
and the fact that people may encounter the same scramble twice
0:29 did anyone realise the left guy’s result was Pi
WOW, how did you spot that?
i know that
@@puppetpodcast3642 I know 3,1415926535897932384626433
Andrei super vloguri 3.14159265358979323846264338327
Andrei super vloguri 3.141592653589793911818120119901929010192919928819919818229199182910101819101101919191019828291918228191999991226661199118919928828822882289229292992928228292727282822626272891910019919191919129938484857755996690302919191818111002972822727366319119198228282818183882288191982181182828188282910102929191929299919191929291919191881818181199192819191891918181819191819199181819191919191919181882819281918929172728189282818199118819229828192827189298112990101928191082020181819191927829291092819288101828881822552288227556646252511119198182288282822828181881188281818818118811828281819191919191919191991919191929291919191919299192929299282838288388737383981838828282828282228282928281818718181818181919191019191819100010119900000011919199119188181191918181818888866118818181818181889688228818181818181281881818181919191919119919191919119919191981818188191898 is all I know
Wow. This video was really interesting and enjoyable to watch. You should do more of these.
Yesss!!!
They made part 2 :) go check it out
Yeah I know. I’m subscribed to him.
@@GreatDynamicsj
I agree
0:43 *the Earth is a cube confirmed*
So the flat-earthers were half right.
*h a l f*
I always see u in cubing vids lol
*m i n e c r a f t*
@@skitanimation yes
1:43 earth is cube confirmed
it takes 82,290,721,602,910.69 years to solve every scramble at paneloppy's speed
*nice*
nice
n o i c e
"Nice!"
I've actually always had this question since I started cubing
But actually we might have, coz while solving a cube we move across more than 60-70 scrambles (combinations).
Like even if ur cube is going to be solved by just one move, it's still a scramble. So we may have solved at least 10 quintrillion combinations
Literally thought your name was divorce cubing lol
@@officialhideyo I think that u r right
@@officialhideyo no cuz even when you make a conbination in just a second, and with 10 bilion people, working 24/7 it takes 137 years😂😂😂😂
Yeah but if you organize into f2l, then there are far fewer cases. Then color neutral... also, doing a move U4 move moves through 3 more scrambles. So when you're building cross, you're actually shuffling through 10+ scrambles w/ every edge piece?
You forgot the rubiks cube robots, self solving cubes, virtual cubes, and you need to subtract 1 from the total permutations because 1 permutation is the solved state.
anv3D that wouldn’t help xd this guy literally made 10 billion people solve 24/7 and 1 solve per second, do you think those things you mentioned would make any difference?
Fathan Yusrizal do the math
In order to calculate God's Number, every single possibility was run through a cloud computing program and finding the minimum required for every single one. So actually, yes, at least one computer has solved every possibility
Natalie Euley that’s wrong, the super computers only analyzed 55 million different combinations, because the investigators did the math to calculate all of the “equivalent” combinations and take them out, so at the end the computers had to solve 55 million possibilities.
Here are the exact numbers:
What the computers analyzed: 55.882.296
Number of total combinations:
43.252.003.274.489.856.000
You can see that if those computers calculated the number of total combinations it would take more than billions of times of what it actually took.
Oh I guess that makes sense. It is all based on group theory after all
I gained 43,252,003,274,439,856,000
Brain cells in this one video
Oof. That can't be good.
Oof.I feel sick now
Oof i got corona
Now use one brain cell to do one scramble and use super duper mega coffe
this comment lost them
0:02 of course we ALL know that the 3x3x3 cube has 43,252,003,274,389,856,000 combinations
“Maybe she drank a buncha five hour energies”
0:55
Yeah that’s a reference
@@unlisted5474 odd1sout reference
I think we've been through a lot of scrambles while doing the first steps - for example, when you move your first move to start cross, it's an entirely new scramble, isn't it? Of course, it's a lot more likely for repeat scrambles to happen on last layer (5,104 LL orientations/permutations iirc) but the state of the cube at cross and F2L is pretty unique.
wAdunnoU mAYb - E 3:12
0:39 i laughed harder than i shouldve
You forgot one point. During the solve we are also solving for the possible scrambles. So a 20 move solve would take care of 20 random scrambles
But we have about 1 million cubers not 10 billions
Lol but still we Will never solve every combination even when we die lol so yea we Will never see it happen
@@litusiek7513 actually around 8 million cubers
WELL HAVE WE SOLVED...
My life problems and bills
no
Oh
Bleach with a Clorox topping more impossible than pannyloupee finishing it in 1 lifetime
No
Funny at the end. 3:05
0:31 The guy on the left has pi as his time
**Me at **0:13****
Ahhhhhhhhhhhhhhhhhhhh my 6 grade brain can't handle this
Same :v
Imagine Feliks drinking that 2:18
Or max park
Let’s just call thanos and tell him to snap so all of the cubes are solved.
A great imagination...
0:31 That style is lit
Me:have we solved every scramble?
Blue:Hold my 3x3
Amazing video! Shows how big that number really is
Fun fact: every time you solve a scramble you solve every position that you cube was in when you were solving for example, if you do a t perm you solve (amount of moves a t perm has) you solve every position a t perm has.
One thing to consider is that during each solve every step closer you get to solving the cube I think would technically be considered still a scramble. say it takes a hundred moves for you to solve a cube that is you solving 100 separate scrambles.
Z3RD I was thinking the exact same thing
non-cubers: uh dont mind me... *im just gonna go bleach my...eyes*
2:30 wow this is scary are you okay?
Wow AWESOME dude, enjoyed a lot. Keep going!
Glad to see this channel getting recommended to me. Been here Since 15000 subs. Gives me vibes of binge watching rubiks and Cup stacking videos
Wooooo love your vids blue
Miss red so much :(
same :(
Missing red. Where is he:( :(
Maximize Gaming i wonder if he is still even cubing
1:27 Avengers Endgame in a nutshell
This is my favorite Rubik’s cube video ever!
When you realize one day someone will finally complete the last ever rubik's cube scramble and no one will know💀
actually thats not happening due to the sheer amount of combinations
How was I not subscribed to this channel...
Probably my favourite now... 😊😂👍
This is so informative thank you cuborithms you are my favourite youtuber
2:08
Cats: Are we a joke to you?
This was really interesting, I didn’t know there were that many possible combinations, and it’s pretty funny
Did he count every possible combination you make while scrambling/solving the cube, since in under a minute/second you will get from that combination to a solved cube?
Edit: part 2
Blue!!! The Evil Rubik's Cube is almost 1million...
Evil Rubik's Cube 3?!
YEAH !!
To be fair though, as you begin to solve it, one turn later you are then solving the cube from that state too so one turn later and you begin to solve 2 different positions and 5 turns later you are solving 6 cubes and so on. Although every time you solve it again many positions would be repeated.
2:56
Cubeorythyms: nobodies solved for 24 hours straight
Cube head: well se about that
This is a cuber earth...
Everybody on it is a cuber
Its so filled with cubers that it self is...
A CUBE
No thats minecraft
@@Minecraftpro-vj9ud w
What's mindblowing is that every time you sit down and do a 3x3 session, most of the scrambles you get will have never appeared on a cube before.
0:30 The guy at extreme left got a time which equals the value of pi(3.1415926)... Wow!!!
Others got 420, 42 etc
535897...etc
Dude the way you speak reminds me of TheOdd1sOut. That's not bad at all though, I really enjoy this kind of videos, keep it up!
Well, when you make a move on the cube, this would result in a different scramble, right? Or are we only counting the original state it started in after scrambled?
next step: let’s calculate how many years it would take to give 10,000,000,000 people (sorry dogs’n aliens) a cup of super coffee...
Let's say it was teleported into the stomachs of everyone
Well technically, when we solve a rubin cube, we usually go through a bunch of combinations to get to the right answer, so if you to through about 30 diffirent combinations per solve this would take about 3 years, if we were to take every vertebrae on earth, thats like 1 trillion animals, so that's gonna be 9 days, and if we have every single living organism, which is about 1 septillion, times that by the 40 billion currently habitable planets, we could solve this in 10^-15 seconds, which is about how long it takes light to travel a millionth of a meter in a vacuum. However, not every character can solve it that fast, so if everybody takes 1 minute to solve, it'll tale 1 minute
How did u have the time to do that math
This was so fun to watch
YAY! Finally another video by the best cubing channel! :D
Welcome back to the animation video
O my goooooooood
1:29 THE EARTH IS A CUBE CONFIMED
The thing is technically every turn can be considered a new scramble which leads to a solve at the end (if you do u2 on a cube and u 1 on the rest, assuming that it started out solved, you had 3 scrambles)
So if you start on a scramble and take 40 moves to solve, wouldn't that equal 40 different scrambles solved? As the cube is scrambled differently evertime you move once
Technically, yes. But the closer the cube gets to a solved state, then it's just a tiny, tiny percentage of the total 43 quadrillion possible scrambles. Or in other words, the last 20-30 moves are going to be shared by a ton of people.
what about a 2x2? 2x2 is really quick
How about parity?
@@thekadenman3125 on which cube. 4x4 6x6 8x8 10x10 and 12x12 all have parody
And SQ-1
@@rubikscubedude4028 sorry, and that 2
I can't remember all of them
2x2 we most likely have done all of them, there are only like 3,6mil possible permutations I believe
every time you turn you create another scrambled state (except solved state). so if someone just does the devils algorithm and goes through every scramble we could say we have solved every possible scramble. (which would take very long but remember it's one person doing one cube unlike the crazy conditions in this video)
I like how at 0:31 the time of the guy on the left are just the first few digits of pi.
This was a great event. I remember it was scary when everyone came. But still cool.
Have we got every possible scramble on a 3*3 even in the middle of a solve and while shuffling.
That's true....
Wow...that is so good..cuborithims should see that
This video reminds me of that oneodd ones out video both were amazing
3:04
Cubeorithims: have we solved every possible scramble on a 3x3 ?
Me: well i dont know maybe
2:01 even Waliugi?
There are way too many variables you didn't take into account, such as solving about 50-100 different permutations per solve, and the cases that are less than 5 moves to solve, which would take Penelope much less than 30 seconds.
One of the best video on the whole frick'in internet!!!!!!!
i dont do rubiks cubes ever but this was recommended and i like it
This is how many times YOU solved the cube!
⬇⬇⬇
two
@@AckYes yes haha
four
None. Sorry for disappointment.
8 :P
8,442,251,078,152,344,000 solves
That was a guess ok I'm no genius 2 do that
Your animations are so cool
I have no idea how to even solve a cube, but I still found this extremely interesting
Check this out
When you are solving, you are generating new scrambles anyway 😂
True
never thought of that one
1 minute / 6000
= 1 second / 100
= 1 centisecond
= 1.3715 years to do it
That's just wrong.
@@MaxMustermann-pb3ny there is 60 seconds in a minute.
60 / 6000
= 1 / 100
= 0.01
now i realised... its 6000% not 6000x
I just discovered your channel,
*Im addicted*
Most creative cubing video I've seen in quite some time.
2:12 are they going to area 51?
Or just morgz copying mrbeast
1:17 *69* lol
This video feels to me like the video version of the book “what if?”... and I love that
2:35 everyone has a sezier
Seizure*
Hey blue today's my birthday
Happy b-day dawg!!
@@zochitoast thanks
Happy bday hope u can be sub 5
Birthday Happy
@@sagardeshpande6413 thanks
I have a question
Would you rather:
Never animate (love this comment Blue)
Never cube (reply Blue)
he would probably stick to cubing more due to the fact animations aren't the only type of videos he makes, and instead of animations he can make comics or some real like editing or skit to tell the stories
Hi
legend says once all scrambles are solved a portal to the other dimensions will open
If we would do random stuff with this cube, every combination decreases chance for finding new combinations, something like 1/x where X is anmount of found combinations, then multipily all those probalities, chance is stupidly small
Moving the thumbnail up and down makes the cubes move
Like to show others
The fact that when we solve, we go through let's say 30 combinations (1 per turn, 30TPS), we can divide the total amount by 30 so that it's possible to solve every combinations in 4.6 years.
@Cubeorithms I don't think we've "solved every scramble" but I think every non-cuber has scrambled every cube.
It would take around 2 months years if this scenario had information form the second video so pretty good.
Cubing-Animations
Cubomations
Is this a dump reaction of me?
Yes it is.
I think Blue spent 43quintilion years doing all the calculations 😂😂
Yup
0:32 Thats A Really Good Animation
blue: maybe she just drank a bunch of 5 hour energy idk
monster energy and red bull: are we a joke to you?
Earth is round
Earth is flat
Shut up ... We all know it's a cube
underrated comment
what if we used 100% of our brain?
Fun Fact
The 1 by 1 has
1,989,818,927,828,735,729,578,729,728,293,388,292
1.9 undecillion scrambles
I've always discounted most of these because of corner twists and edge flipping (as I'm sure most of y'all are aware) but have we solved every scramble within our solveable state? That is to say without flips or twists as that enters an entirely new set of scrambles.