No the amount doubles every fold and if u do the math u would only need to do 50 strands even a 3 year old could count to that that's logarithms for you
@@aaa439the joke was about him counting the strands individually, for the matter of counting the folds, obviously ik it wouldnt take long at all, since i just watched this man count them
If my math is correct, assuming that you started with a candy with the thickness of about 2cm, *each layer is about 5.6 Million times thinner than an Atom!* 😳 (That's not really possible, so the layers are merging into one after becoming small enough as he showed in the microscope)
Science time: a glucose molecule is only 9 angstroms wide. With a rough start point of 4cm, if we divide that by 2 fifty times (1.125 quadrillion layers) you end up with a number significantly smaller than 9 angstroms, so yes, when it basically returned to 1 solid mass of candy, you probably did actually restart
You should try to optimize your meathod to try to get the smallest fibers posible before they fuse at atound 65,536, for instance if you wanted the number im etween 32768 and 65536, you could do the normal doubling loop 14 times, and a tripling loop at the end, i would be interested how fay you could take it!
i have an idea, get some small pieces of sugar each with different colors, then make dragons beard candy with them, and then look inside of the candy once you have a lot of strands so you can see each one individually since they are different colors
I did the math and you were right about it forming a “singularity”. To get 2^50 layers (approx. 10^15), the volume of each strand will have to be 669 attolitres (very small) and can only contain 5.4 picograms of sugar per strand. If each sugar molecule was lined up end-to-end, the maximum length of a strand before the thickness of a strand is less than 1 sugar molecule is only a few millimetres. Still impressive nonetheless, pushing the boundaries of how far this candy can go.
Doing some very rough math, a molecule of glucose is about 1nm across. There are 10 million nm in a cm, so if the bundle of strands is 5cm thick you couldn't get past 50 million strands before they are theoretically smaller than the glucose molecules they're made of! If you were to make a quadrillion strands they would be 10^ -15 m wide, or smaller than an electron. I think you stopped making actual thinner fibers well before a million, but it is pretty cool to see such an accessible representation of exponential growth nonetheless!
@@omahon it's an estimation for sure, but even if we could continue folding, we're not creating layers upon layers, but instead rearranging the configuration of the molecules, like folding metals, it helps to determine an intricate pattern, but that's just it, the pattern denotes where you can see the fold "rejoin" with the "solution." If we could fold layers upon layers, then there's nothing logically stating that we couldn't fold past 1 quadrillion layers, but there is... So, the video is a little misinformative.
With all those layers being so small, and most of them maybe sticking together. We don’t get to see the actual result of a quadrillion but it’s still, Very cool!
Breaking the laws of Physics can always leave a crazy taste in someone's mouth. Also, Skara from The Owl House Breaks into your house and gives you a Dog for some reason.
New video idea: Cook a pizza in a conventional oven vs a convection (fan) oven, (vs a gas oven maybe) and rate which pizza is better and which type of oven is best for pizza
This is actually almost like digital aliasing. The fibres are not made out of billions of of smaller fibres. The thickness of individual strands eventually just becomes so small that they become smaller than the thickness of 1 molecular layer. At that point the smallest fibres just start to merge together again with each division. So there is a theoretical cap to how many strands you can have before it ACTUALLY becomes 1 large chunk again.
Pretty sure the amount of fibres and inability to coat the fibres meant a huge increase in friction, so it basically just welded itself back together (Or reset as you said) I don't even think you would be able to see the individual fibres with a much better microscope. Similar thing happens with overworking bread dough.
Wow, that's really nice! But how did you manage to achieve all that even with the current economy that's very bad? please I'll appreciate your assistance on how to go about it, I'm desperately looking for a way to pay up my debts and also achieve my goals.
Bitcoin is the best coin to invest in fast rising and if you are lucky to have a good broker then I believe you have absolutely nothing to worry about because you are in for a final uplift
Thank you for listening to our comments about Quadrillion layers. Soon you will be on a Guinness book of world records 2024. Congratulations and Happy New Year 🕛🎊
Just to be clear. In order for you to have a quadrillion layered candy, the total thickness would need to be 1 strand thick. Since that is not the case and the strands also probably broke somewhere with the whole stretching, you were no where near close to 1 quadrillion layers. You may have gotten 1 quadrillion strands but not as a layer formation but rather as a torus.
PLEASE KEEP GOING ON MAKING DRAGON BREAD CANDY x10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
it's crazy how he did this with only 50 folds (the layers multiply by 2 every time, meaning it would take him 2^50 to get to about a quadrillion - you can do this with logarithms)
If you want to be smart try to store it somewhere and label it. That way the next time you do it you can resume your progress. Also maybe test how strong it is?
1 Quadrillion is absolutely unreal. Very cool!
Nyam nyam 8:10
And… certainly not done in this video! There’s now way it 1 quad layers
are u autistic?@@AdrianneDickenson
@@AdrianneDickensonthis video is real.
how about one quintillion layers of dragons bread candy then a sextillion then septillion and so on
I like the implication that Mr. Beast will outlive us all during his attempt to count to 1 Quadrillion
Gen alpha kids aint going to survive much
"Wait what number was I at” 💀
@@RepentandbelieveinJesusChrist5I don’t think I will repent to a human lil bro 😂
No the amount doubles every fold and if u do the math u would only need to do 50 strands even a 3 year old could count to that that's logarithms for you
@@aaa439the joke was about him counting the strands individually, for the matter of counting the folds, obviously ik it wouldnt take long at all, since i just watched this man count them
This was really interesting. I really liked the simple process of making the candy and the amount of layers that your goal is.
I absolutely love this guy, he seems so nice, i hope you live a long nice and fruitful life
Fruit
Fruit
Fruit
Fruit
Fruit
No way. This man may actually eventually do a DECILLION layers soon, no joke. Also, Happy New Year's 2024 to all!!!!
bro he said no more he done with grandpa's beard
@@jeffrenko’grandpa’s beard’ 💀
@@jeffrenko i dont think hair tastes nice
probably won't be enough atoms, or at least atomic bonds to have that many strands in that space
vigintillion
The dedication to these videos is insane! Keep it up! 🔥🔥🔥🙏
Fr
nahhh why do you gotta believe this it is *FAKE*
I’m the 69th like on this comment 🤖
@@fazerealsweat28940no it isn’t?
how is it fake?@@fazerealsweat28940
If my math is correct, assuming that you started with a candy with the thickness of about 2cm, *each layer is about 5.6 Million times thinner than an Atom!* 😳
(That's not really possible, so the layers are merging into one after becoming small enough as he showed in the microscope)
Pretty much.
Two things can happen depending on materials at such a minute scale.
1) They merge back together.
2) They fall apart.
Nerd
@@TOWDCStupid
do not argue with this guy he will waste your time
@@crappy_usename6892 ??
Very nice! I love your videos!!
Science time: a glucose molecule is only 9 angstroms wide. With a rough start point of 4cm, if we divide that by 2 fifty times (1.125 quadrillion layers) you end up with a number significantly smaller than 9 angstroms, so yes, when it basically returned to 1 solid mass of candy, you probably did actually restart
That's what I was thinking, the fibers probably got so small they fused back together.
Actually 🤓 it is rounded to 1.126 quadrillion
NAHHH WHAT ARE THESE GENIUS DOING HERE 🔥🔥🔥
He looped of dragon beard candies alot and i computed it so that he said that it will make a loop forever if continues
How do u know that I know pre algebra but I do not understand that oh I am also in 3rd grade
Challenge: Make a dragon's beard candy so layered each fiber can break quantum physics.
Posssible yeah
maybe
YES!
We prob need to make him do a quintillion first tho.
@@celestialdiamondgamings2297 thats what hes doing in the video
I respect that he didn’t fake it, as well as he showed the whole process.
You should try to optimize your meathod to try to get the smallest fibers posible before they fuse at atound 65,536, for instance if you wanted the number im etween 32768 and 65536, you could do the normal doubling loop 14 times, and a tripling loop at the end, i would be interested how fay you could take it!
No bs straight to the point, no capping, doesn't have a million ways of cooking or looping the candy, and is just amazing
Love the channel. Great work and dedication!
Fr
Fr
hello
this is my new account lil laurence
Humans:Extinct
Mr. Beast:Still counting
i have an idea, get some small pieces of sugar each with different colors, then make dragons beard candy with them, and then look inside of the candy once you have a lot of strands so you can see each one individually since they are different colors
Love this channel, keep up the amazing work!!
i want him to do 1 GOOGOL of dragons beard
This is crazy!! Keep up the hard work.
I love how he was like death staring while saying the numbers
this man makes absolutely amazing content yet subscribing never was an idea for me.
That is until now… New subscriber here :)
bro please, we literally NEED more of these.
*we need a quintillion*
What about a googol? (10^100)
Googolplex? Googolplexian?
Sextillion
Inf
@@rebertamiedl141not a number
hats off to the dedication, also the "very cool" at the end is what I watch these vids for ❤🔥❤🔥
I did the math and you were right about it forming a “singularity”. To get 2^50 layers (approx. 10^15), the volume of each strand will have to be 669 attolitres (very small) and can only contain 5.4 picograms of sugar per strand. If each sugar molecule was lined up end-to-end, the maximum length of a strand before the thickness of a strand is less than 1 sugar molecule is only a few millimetres. Still impressive nonetheless, pushing the boundaries of how far this candy can go.
i think this beard candy is basically a loop of the universe, the small small fiber's representing the galaxies and Zeptoscopic fibers the planets
Maybe add a dehumidifier to make the strands not stick to each other as much?
Actually might be a good idea
Doing some very rough math, a molecule of glucose is about 1nm across. There are 10 million nm in a cm, so if the bundle of strands is 5cm thick you couldn't get past 50 million strands before they are theoretically smaller than the glucose molecules they're made of! If you were to make a quadrillion strands they would be 10^ -15 m wide, or smaller than an electron. I think you stopped making actual thinner fibers well before a million, but it is pretty cool to see such an accessible representation of exponential growth nonetheless!
I suppose, but that's assuming that the intermolecular forces are keeping every "strand" of glucose completely separated.
@@willow7466 I totally agree! The actual possible number of strands is likely orders of magnitude below this theoretical upper limit.
@@omahon it's an estimation for sure, but even if we could continue folding, we're not creating layers upon layers, but instead rearranging the configuration of the molecules, like folding metals, it helps to determine an intricate pattern, but that's just it, the pattern denotes where you can see the fold "rejoin" with the "solution." If we could fold layers upon layers, then there's nothing logically stating that we couldn't fold past 1 quadrillion layers, but there is... So, the video is a little misinformative.
This guy is rad I’m new to this channel and I love it
I think doing a dragon beard, but with recess would be fun
i'm most impressed he was able to repeat all those numbers lol
He is reading the numbers on a calculator or something
@@williambarron3026 still, its quite impressive
@@Van-us3my faire
@@staks6825are comments like these just bots
He actually had the patience to say every single number ❤😂
Can we appreciate bros strength😭🙏
Shrek been real quiet after this dropped
Bro thanks for shouting me out! I appreciate it!
Can you do something with graphene aerogel? Like test how many small things a cube of it can go on before it can't balance anymore?
Agreed
d
d@@doodledguy123
d
d
Great video bro can u plz do 1 quintillion
Can you do quintillion layers dragon beard candy?
This man never dissapoints, love ur vids man pls never stop posting ❤
With all those layers being so small, and most of them maybe sticking together. We don’t get to see the actual result of a quadrillion but it’s still, Very cool!
2024 - dragon beard candy with 1 quadrillion layer ..
2030- making infinite layer of dragon beard in mars 😂😂😂
Breaking the laws of Physics can always leave a crazy taste in someone's mouth. Also, Skara from The Owl House Breaks into your house and gives you a Dog for some reason.
New video idea: Cook a pizza in a conventional oven vs a convection (fan) oven, (vs a gas oven maybe) and rate which pizza is better and which type of oven is best for pizza
Interesting!
Would see that vid as a pizza lover
mmh
@staks6825why here?
This is actually almost like digital aliasing. The fibres are not made out of billions of of smaller fibres. The thickness of individual strands eventually just becomes so small that they become smaller than the thickness of 1 molecular layer. At that point the smallest fibres just start to merge together again with each division. So there is a theoretical cap to how many strands you can have before it ACTUALLY becomes 1 large chunk again.
He deserves a Guinness world record. Who agrees?
👇
wow i like your wideos kip up the good work
Please stop, you are going to destroy the Pokemon world!
?
Pretty sure the amount of fibres and inability to coat the fibres meant a huge increase in friction, so it basically just welded itself back together (Or reset as you said) I don't even think you would be able to see the individual fibres with a much better microscope. Similar thing happens with overworking bread dough.
Would be interesting to see this through a heat temp gun.
The size of fibers gets below the size of a molecule of glucose so it actually did restart
You try to make a 1 quintillion layer dragon beard candy next
Can u do a 1 quintillion dragons beard candy?!
I really appreciate the amount of effort, time and energy this guy puts into his videos just so that we can enjoy ten minutes of our day.
Are there no original comments anymore!?!?
I really appreciate the amount of effort he put in to be totally full of shit.
He did it! Legend!
1.12Qa is an absolutely crazy number for a piece of candy, you have some dedication for this.
Can u make infinity or infinite dragons beard candy
Hit 400k today . thanks for the knowledge and nuggets you had thrown my way over last months.started with 8k in February
Exactly Investing rightly today can save you a whole lot of stress in the nearest future
Wow, that's really nice! But how did you manage to achieve all that even with the current economy that's very bad? please I'll appreciate your assistance on how to go about it, I'm desperately looking for a way to pay up my debts and also achieve my goals.
Larry Marshall is the only reason why I have gotten this far in building my finance and also my portfolio to this extent
Bitcoin is the best coin to invest in fast rising and if you are lucky to have a good broker then I believe you have absolutely nothing to worry about because you are in for a final uplift
Most people don't really invest due to ignorance and discouragement from family or friends without trying to experience it themselves too
Can we just appreciate this man for counting every layer each time he folds it 🙏
he used a calculator but yes its hard to count it all correctly first try
you seem him look into the corner of the screen to check his calculator while doing it along with frequent cuts. But still good effort.
He’s saying people’s IP addresses
Bro how do none of you understand the literal simple joke
@@Egg89732what’s the joke?
The fact he took the time to figure out what each loop is
More! MOAR!
- Kylo ren
I want a 1 hour video of him just folding the candy until 10 Duotrigintillion
Edit: I spawned the entire googology fanbase
What about Tarotar Dragons beard? BEAT THAT 👹
I see where you're going with this
"This candy has 1 millinillion layers"
Make it Graham number ⬆️s to (tree)graham number
@@DrPintoThe candy would rupture into a black hole
Thank you for listening to our comments about Quadrillion layers. Soon you will be on a Guinness book of world records 2024. Congratulations and Happy New Year 🕛🎊
Can you do infinite next?
Bro took taste atom per atom to a whole level
Just to be clear. In order for you to have a quadrillion layered candy, the total thickness would need to be 1 strand thick. Since that is not the case and the strands also probably broke somewhere with the whole stretching, you were no where near close to 1 quadrillion layers. You may have gotten 1 quadrillion strands but not as a layer formation but rather as a torus.
🤓 👆 "Uhmm Actually"
@@DerpilicousVillager yeah this guy didnt even care to explain it and just sounded like a douche
U will forever be known as the person who made a quadrillion layer candy🔥🔥🔥
true
Not really
Me wondering how the hell is this man better at science than math and can do that much math 💀
You folded that 50 TIMES to make a quadrillion layers, insanity.
do 10 quadrillion
10 quadrillion pls
10 quadrillion pls
10 quadrillion pls
Next video, he gonna be like:
"I made candy with 1,000,000,000,000,000,000 layers." his dedication is insane.
Keep up the great work.
can't wait for "I made a candy with 1 novemseptuagintillion layers"
@@sherbetcookieplayz 1 novemseptuagintillion is larger than one duovigintillion
cant wait for “Graham’s Number” layers!
Cant wait for "I made a candy with infinite layers"
@@II_Faither lol
He passed math class 😂😂😂
Thanks for the subtitles, im watching this on mute at 2 am.
I can’t even comprehend 1 quadrillion layers of dragons beard candy. Great achievement dude!
999 sextillion
Omg
@@ItsGlaceGDhe’s gonna finish it for 34 years😂
Bro he is stopping
69 sextillion💀
i like how he sounds scared when he's talking about how big a quadrillion is
Basically how i think when i study for 8 minutes straight
imagine if he does a quintillion layers, is that even a number?
yes
Quintillion is a number
I wanna say one quintillion. Will he see this comment? It’s up to those who read it!
Hopefully
Yoooooo bro knows math better than Albert Einstein
PLEASE KEEP GOING ON MAKING DRAGON BREAD CANDY x10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
shout out to the calculator
Fr i was just thinking of this
please do a 1 gogeplexilliard layered one
it's crazy how he did this with only 50 folds (the layers multiply by 2 every time, meaning it would take him 2^50 to get to about a quadrillion - you can do this with logarithms)
next thing we know hes gonna make a 1 quintillion strand dragon’s beard candy
Can we just think about the fact that he should be a frickin math god
do infinity next
These videos are cool 🙂
Make a dragons beard candy made up of 1 decillion layers.
You’re insane if you do this.
I say you should make a quintillion layer dragon beard 🗿
I'm not convinced theres a quadrillion layers but more power to him!
Another absolute rammer of a vid - big fans from Tokyo ⛩️
The I conic VERY COOL!
bro litarally made math sound so easy lol
we gonna do a Quintillion with this one🔥🔥🔥
The craziest thing here is how good he is at math
WOW A CANDY WITH A QUADRILLION LAWERS!
Imagine how it would look if it didn’t fuse back together
Nah these layers of candy are more than the whole human empire 💀💀💀💀
If you want to be smart try to store it somewhere and label it. That way the next time you do it you can resume your progress. Also maybe test how strong it is?
“We’re not doing anymore of theses, even if you comment a million times “💀
How are we this dedicated in to watching some British guy make a quadrillion sugar into basically strings of hair.
He definitely calculated all of those numbers
this seems like a endless time loop scientist shall never figure out...
I want to eat a dragon’s beard candy one day (with a quadrillion lairs)