At a certain point you're dividing past the length scale for the molecular structure that actually makes the candy dragon's breath, and the only thing it can do is to start clumping together - there's no more fine structure
Alright, assuming you have ridiculous machines that can handle things so precisely it won’t snap at the molecular level, it wouldn’t become 1, it would become a gas since it’s weight is larger than the weak nuclear force(I think)
It started recombining. The thing was warm when you did it, it makes sense the sugar would eventually partially melt and then reform into thicker strands.
I feel like at this point with so many strands, and the thinness of them, the candy has to be more corn flour than anything else since that's what is covering every single strand lol
For anyone wondering the limit was 34 billion strands, after that your just ripping quarks apart. To really reach 1 trillion you need to scale this up 2197 times for a total calories of 351 million Kcal. Hope to see 1 million grams of suger in your next video.
I mean all it is that his intestines have to digest is 2 cups of sugar, a cup of water, 1 tbsp of vinegar, about 2 tbsp of glucose syrup, and a bunch of cornflour
The first loop is about 1.5 of his fingers in girth. Assuming the average girth of a male dult finger of 18 to 20 mm, it has a girth of 30mm. Because these are already two, we divide 30 by 500,000,000,000. The result is 6e-11, or 0.000000000006mm, or 0,006 Picometers, or 6 Femtometers. An Oxygen Atom is about 48 picometers in radius, a single Proton about 0.85 Femtometers. That means that the individual strands are smaller than Atoms and just larger than Protons. So they don‘t actually exist, assuming that you didn‘t split Atoms during your process. That explains why is was a big clump at the end and why you couldn‘t see them. So, to answer the question in the video title: No. This is not a candy with one trillion layers.
Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They lockеd me in a room. A rubber room. A rubber room with rats. And rats makе me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy
I think after a certain limit, everytime you stretch half the stands break, and when you fold it back they fuse together, so the number is more or less constant with every stretch. I guess at about 100,000 layers.
@@IanChristopher I thought that might have been the case too, but take a close look at the dust pan. The contour of the dust doesn't move at all between each time he doubles the strands. He missed one of the most crucial steps.
I agree with this patient man, this trillion layer candy should be studied in a lab. Is there a lab in the US built specifically for analyzing food or candy?
this happens because the layers get so small and close to eachother that it turns into one again because the gap in between in the atoms is the same gap that solids have inbetween eachother, making it a bigger solid
The math isn't that hard. You just multiply the last number by two However I am impressed that he can say these long numbers without slipping up. Real mouthfuls
i have an idea, you should try to get 2 smalls pieces of sugar with different colors, then make the dragons beard with however many layers you want, then look inside of it and look at the strands inside
Your corn starch seems relatively untouched throughout the video. From my experience, you need to starch the candy after every doubling or it will do this exact thing--turn into one big loop again.
I'm just confused whether this man is a British or American because he said "corn syrup is hard to get here in UK" and also said "Fahrenhight" instead of the metic 😂
At one point the strands fused together again, probably most didn't even make it to a million, and by the end sure there weren't any singular strands anymore.
I feel like if he has the will power and patience to do a trillion why not go for a quadrillion or until the candy cant strech anymore maybe in a warmer setting so the candy doesn't stick together as much
@@christophermoore6110 Because He would have to stretch it out and dip it in the cornflour around 30 seconds each fold, and he also doesn't do it non-stop, he definitely gets a little tired and maybe rests his hands for a while, who knows how long it took, i just rouhgly estimated it :D
OMG you took like a whole week of your lifetime just to make this video for us 😅 thank you so much for experimenting with it since we couldn’t be as great as you in this profession
This guy went from million, to billion, to trillion. The dedication is crazzzyyy
you just need to do it like 50 times. its not that crazy
now pets do quadrillion layers
making dragon beards candy is hard@@Unchecked69
@@Unchecked69*_ALASTOR!?!? WHAT THE FUCK ARE YOU DOING HERE!?_*
Fr
At a certain point you're dividing past the length scale for the molecular structure that actually makes the candy dragon's breath, and the only thing it can do is to start clumping together - there's no more fine structure
it would be cool to know at what point that limit would be :o
The limit is most likely a lot larger than molecular
Erm
the limit is probably somewhere closer to the width of a human hair, no where close to molecules
Alright, assuming you have ridiculous machines that can handle things so precisely it won’t snap at the molecular level, it wouldn’t become 1, it would become a gas since it’s weight is larger than the weak nuclear force(I think)
"I can't quite taste all trillion layers" Had me scratch my head for five minutes.😂😂😂
Yeah… their all the same
It started recombining. The thing was warm when you did it, it makes sense the sugar would eventually partially melt and then reform into thicker strands.
This is amazing, hes even more of a legend now.
Not if he does infinty
@@NaraSherko impossible lil bro
@@NaraSherkogo back to school lil’ bro instead of playing roblox 24/7
@@verycleverusername8159 Touch some grass lil bro instead of hating people
@@NaraSherko too late i already did it myself
I feel like at this point with so many strands, and the thinness of them, the candy has to be more corn flour than anything else since that's what is covering every single strand lol
@@noobseemswrong cool. Yeah I see your point.
@@JustMe88419 an astute observation indeed
3:17 nice network you got there!
Yeah
Total
Huh?
69
Yeah
I loved this video
UA-cam needs this kind of videos
If this keeps up, he's going to make an infinite layer candy and break reality
That’s not how it works
@@megagamingteenyes it is
@@megagamingteenit is exactly how it works
@@trollrmaen No.
He would be there for an infinite amount of time. That's infinity, it's not a number.
@@johnnycripplestar5167Can you take a joke?
For anyone wondering the limit was 34 billion strands, after that your just ripping quarks apart. To really reach 1 trillion you need to scale this up 2197 times for a total calories of 351 million Kcal. Hope to see 1 million grams of suger in your next video.
Add a reply.
edit.
Add a reply.
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Add a reply
BROKE THE CHAIN‼️‼️‼️🧚🧚🧚
@@rounddoge6221YOU LIKE OILED UP OLD MEN
From million, to billion, to trillion, you should make a gazillion layer candy. Amazing video!
At some point it becomes thinner than the thinnest molecularly possible strand, so it recombines.
imagine he wakes up the next day and his gut has to digest a trillion layers of candy- but legendary dedication!
I mean all it is that his intestines have to digest is 2 cups of sugar, a cup of water, 1 tbsp of vinegar, about 2 tbsp of glucose syrup, and a bunch of cornflour
@@sportsloverbaseball no shit sherlock
@@sportsloverbaseballbut the big funny number
@@menacing_egg2732 huh?
I mean if it was actually 1 trillion individual fibers, they'd digest incredibly quickly and easily due to the increased surface area
1 sextillion
Erm😅
It’s quadrillion
1 s3x
Sextillion is after quadrillion
No sex allowed
thanks for featuring me in the intro :D
Which one were you? I'm guessing you changed your name and profile picture since
@@Nintendude0The egg one
@@chicken-burger.commenter ah okay
The first loop is about 1.5 of his fingers in girth. Assuming the average girth of a male dult finger of 18 to 20 mm, it has a girth of 30mm. Because these are already two, we divide 30 by 500,000,000,000. The result is 6e-11, or 0.000000000006mm, or 0,006 Picometers, or 6 Femtometers. An Oxygen Atom is about 48 picometers in radius, a single Proton about 0.85 Femtometers.
That means that the individual strands are smaller than Atoms and just larger than Protons. So they don‘t actually exist, assuming that you didn‘t split Atoms during your process. That explains why is was a big clump at the end and why you couldn‘t see them.
So, to answer the question in the video title: No. This is not a candy with one trillion layers.
Crazy how you actually did a trillion, cheers to you bro!
Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They lockеd me in a room. A rubber room. A rubber room with rats. And rats makе me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy. Crazy? I was crazy once. They locked me in a room. A rubber room. A rubber room with rats. And rats make me crazy
Do 1,000,000,000,000,000,000 1 Quintillion
it's not that crazy, he just has to pull the candy 40 times
I want to put Nerd emoji🤓
@@WAH619it'd take long and is too stiff
They were'nt kidding by calling it dragons beard. It deserves that name
The dedication is crazy.
I think after a certain limit, everytime you stretch half the stands break, and when you fold it back they fuse together, so the number is more or less constant with every stretch. I guess at about 100,000 layers.
Crazy that you actually had the patience to do this. Great job bro!
edit: It's probably edited but still that takes some time
It’s 3 minutes bro😂
@@lunchdotbox You know he cut the video... right
@@nikofromtheamazinggameoneshot no he didn’t. it’s exponential.
@@lunchdotboxbro, the pulling part takes time
@@ClarelySuperiorthat, and multiplying each number by 2 so that you can read it off exactly
The reason they melt together is because he’s not dusting it in the powder each time he doubles the strands. That’s the most crucial part.
He probably did, he just edited it out
@@IanChristopher I thought that might have been the case too, but take a close look at the dust pan. The contour of the dust doesn't move at all between each time he doubles the strands. He missed one of the most crucial steps.
he did, but the strands are so small they naturally merge together. He cant get flour in between every strand
He stopped after a while, but i doubt it would be effective after that many times
so i was studying about powering numbers lately, and this have really got me understanding alot more
Thank you for your dedication to entertain us and our questions
3:22 me when i press random buttons on calculator
I agree with this patient man, this trillion layer candy should be studied in a lab. Is there a lab in the US built specifically for analyzing food or candy?
No, but i think there are people dedicated enough to make it real 😂
@@s.zturnx.there's a group of science that study food thou, food scientists
At some point it stopped being strands and started being manual taffy
Youve earned yourself another subscriber my friend
that is indeed very cool
this happens because the layers get so small and close to eachother that it turns into one again because the gap in between in the atoms is the same gap that solids have inbetween eachother, making it a bigger solid
it's so funny seeing him look down periodically at the calculator for the number as it got in the millions because it was so much
for those who dont wanna hear him count for idk how long, he reaches a trillion at 4:11
cmon bro viewers need to like this so they can see this
Bro sounds more British than American 💀
this is a "double it and give it to the next person" moment
The amount of dedication and math this takes is absolutely astonishing
The math isn't that hard. You just multiply the last number by two
However I am impressed that he can say these long numbers without slipping up. Real mouthfuls
@@cybersilver5816 i agree. the math is basic. saying the numbers cleanly is a whole other skill actually worth mentioning
teleprompters
Well, they're just the powers of 2, what's hard it that? Plus there's a thing called calculator lol
@@brahmbandyopadhyay THE POWER OF TWO 🗣️❗🔥
The amount of work he put in this video is crazy
Respect❤
A tip to conserve the layers you can heat the flour 10-15 minutes in the oven to warm it
Did anyone notice that because of the way he folded it, he actually did twice as many lairs as he said😂
3:16 the camera go be like WHAAAAAT
I guess reality glitched for a sec
His face: 👁 👁
_
Wow. I didn’t think you would be able to pull this off. Congrats! 🎉 ❤️
0:28 HIGH FRUCTOSE CORN SYRUP 🇺🇸🇺🇸🇺🇸🦅🦅🔫🔫🔫🫡🫡🫡
Respects to this guy to working out how many layers there is each time
Actually pretty simple math
Ps: in case it was a joke. Sorry
Give this man a round of applause 👏
Mad respect for Doing all of this for his fans
you deserve my like and subscribe.
4:40 “It’s good though”🙏🙏🙏😭😭😭
If there was a way to introduce color to a few strands in the beginning, I wonder how that would turn out
just add food colouring whole you boil it?
At a certain point, does it just turn into a variant of taffy?
“I cant quite taste all the trillion layers“ 😂
i have an idea, you should try to get 2 smalls pieces of sugar with different colors, then make the dragons beard with however many layers you want, then look inside of it and look at the strands inside
imagine someone then says "do a quadrillion" that would be just insane
Edit: DAD I’M- wait he went to get the milk 💀
Already requested a googolplex.
there’s already a comment, you can’t stop em.
that would just add 10 folds
you would only need to fold it 10 more times is the crazy thing
Not 10 but still a little@@Literallytheplanetsaturn
2:56 this is the 32-bit integer limit i think
No. I’ve got to two to the power of 68
Yep
No. The 32 bit integer limit is 2^31-1. The number at 2:56 is 2^31 PLUS 1. He said 2147483648. The 32 bit integer limit is 2147483647.
@@TraceyGaming45 oh
make this man ceo of all candy production
I don't know what is more impressive...the candy or the fact that he is able to say and calculate numbers of that size...
Ymir from Attack on Titan in her afterlife making be all the Titan's hair like 💀💀
Bro is smarter then Elbert Einstein with his maths:💀
Mathematically accurate damascus candy
Your corn starch seems relatively untouched throughout the video. From my experience, you need to starch the candy after every doubling or it will do this exact thing--turn into one big loop again.
Agreed. The cornstarch needs to be what keeps it from sticking with itself.
Exactly
🎉🎉 congratulations 🎆 you will one day reach infinity 🎉🎉
Infinity? More like it covers the whole universe
Wonder if its possible to apply a hydrophobic coating during the folds, even if inedible, it would probably look pretty nice
I wonder how many takes it took for each take of numbers and counting the numbers as well, that's dedication
The most funny thing about this maybe when he says the numbers😂
If one layer was 0.01 calories, this would be 10,000,000,000 calories worth of candy.
it doesnt multiply calories though
I'm just confused whether this man is a British or American because he said "corn syrup is hard to get here in UK" and also said "Fahrenhight" instead of the metic 😂
Bros literally a math genius
At one point the strands fused together again, probably most didn't even make it to a million, and by the end sure there weren't any singular strands anymore.
I feel like if he has the will power and patience to do a trillion why not go for a quadrillion or until the candy cant strech anymore maybe in a warmer setting so the candy doesn't stick together as much
Double it and give it to the next person
@@thatonekid6560 double it and give it to the next person
@@thatonekid6560 double it and give it to next person
it became clumped together because the surface area increased but the amount of cornstarch stayed the same
how long will it take?
Takes so much dedication you can tell he is looking at the calculator lol
Lets appreciate the fact that he probably sat there for an hour or two just for the video!
the multiplication is exponential, so it only takes a few minutes to get to a trillion
Why do you assume it took that long?
me or the commentor?@@christophermoore6110
@@christophermoore6110 Because He would have to stretch it out and dip it in the cornflour around 30 seconds each fold, and he also doesn't do it non-stop, he definitely gets a little tired and maybe rests his hands for a while, who knows how long it took, i just rouhgly estimated it :D
3 seconds each is only 20 minutes edit: I meant 30
AIN'T NO WAY YOU CALCULATED THAT
Bro you deserve a trillion likes
Nah man this is just insane imagine if he did a quadrillion layers of this
Well, time to do one quadrillion
"ONE HUNDED THUTTY ONE THOUSAND"😂
nah respect to you for counting all the layers
how do you keep counting like this?!?! this is like better than AI counting fast
you can see him looking at another screen where the numbers would be
@@motomadman573 that along with possibly being voice trained
oh ok
this is 2^40 layers. godspeed man
Bro is making more layers than the world population 💀
Interesting. Nice video bro.
Man I would definitely like you to try a quadrillion layers lol
Nah let's do a googol layered candy💀
@@alexandercorvenusNO STOP FLOODING
Do a googol layers of candy:D
10^100 translate into some where 2^1000
OMG you took like a whole week of your lifetime just to make this video for us 😅 thank you so much for experimenting with it since we couldn’t be as great as you in this profession
Yo did u put some of the dragons beards dust on your hair or something
1:07 what was bro doing to the candy 💀😭
Bruh he thought it was a cock 💀💀💀
Making it hard 😜
@@猛 PAUSE
We need more !!!!!!!!
Googol and it's a true "one must imagine sisyphus happy" moment
the hardest part is counting all the strands after every step
Bro turned straight to npc mode💀
Fr true😂💀
fr
are you going to do a quadrillion next ? Yes would be great, beacause this is really cool
2:55 he hit the integer limit and it became 1 again. Proof we live in a simulation
Bros math is quicker than god dang Albert Einstein 💀
How is he still counting? 2:42
Calculators
Quadrillion next? 1:55
Then.. googol.
Jk
Bro has been getting straight A’s in math class💀
Give this man a world record championship badge
Make a quadrillion layer one next. Btw ur so dedicated ❤❤
Bro knows multiplication better than me😢
Thats not multiplication…
Nvm its sort of
@@somerandomdude3105 its multiplication x2 (just like 2x2=4 4×2=8 on-going on-going)
@@TanqrPlush its exponent of 2
@somerandomdude3105 ah right
He‘s good at math
This guy is a real scientist
Did anyone else try to blow away the hair at 4:53? 😂
Ye
Me! Lol