Why is 1.618034 So Important? 

Is it just me or are the spirals randomly placed on the paintings?

I'm confused as to why the video became some sort of top 5 list.

Everyone calling this a JoJo reference, but NOBODY is talking about how this man says Mozart as Moozart

Remember the 5 steps Johnny and you ll understand the perfect spin

It just looks like you're pasting a spiral over pictures.

You can´t just put a fibonacci spiral onto anything.

gosh, i remember my italian friend who taught me spinning and shooting my nails using this ratio. Unfortunately he passed away at the hands of president while fighting for jesus' corpse.

Oh my gosh! The Golden Spiral/Rectangle from JoJo’s Bizarre Adventure was so popular, they made it in real life!

my left testicale hangs lower by golden ratio

I'll be honest, most of it seems like you slapped a spiral on top of various images

The real question is can i defeat the 23rd president of USA using this?

If you think this is just spirals being placed on everything: *It's about the ratio.*

"...in a pattern that can be extended past infinity..." Vsauce: How to count past infinity.

I am confused. It looks like they are just putting that spiral shape on top of things and saying it lines up. I am not even seeing them line up. I can put a strange shape, like a curved line, over things too and say look at that. wow. I obviously am missing something. Will someone please enlighten me??? I have heard of this before and am still at a loss. Logically something is not clicking in my brain.

Arigato, Gyro.

The Super Spin, The Infinite Rotation, *This is the fifth lesson, Johnny!*

"So clearly the golden ratio and the Fibonacci sequence have a connection that we haven't worked out yet" The proof of the connection has been known for hundreds of years, and it comes from the properties of the algebraic expression of the golden ratio. The golden ratio is (1 + 1*sqrt(5))/2. When we multiply this by itself, we get (6 + 2*sqrt(5))/4 = (3 + 1*sqrt(5))/2, and when we multiply this by the golden ratio, we get (8 + 4*sqrt(5))/4 = (4 + 2*sqrt(5))/2. Continuing the process, we get (7 + 3*sqrt(5))/2, (11 + 5*sqrt(5))/2, (18 + 8*sqrt(5))/2, (29 + 13*sqrt(5))/2, .... The pattern in the coefficient of the sqrt(5) is the Fibonacci sequence, and the pattern in the natural number coefficient is the Lucas number sequence. The Lucas numbers are basically the Fibonacci numbers, except you start with 1 and 3, instead of 0 and 1. If you want to eliminate the Lucas numbers, and just stick to the Fibonacci sequence, you can produce a second sequence of powers starting with (1 - 1*sqrt(5))/2 (which is the other root produced by the quadratic polynomial you solve to compute the golden ratio), where each term is multiplied by (1 - 1*sqrt(5))/2. This sequence keeps the Lucas numbers the same, but the Fibonacci numbers are now negative, so you can subtract the two sequences to get the Fibonacci sequence (multiples by 2, divided by 2 and multiplied by sqrt(5)). The multiplication by 2 and division by 2 cancel out, so you just need to divide by sqrt(5) to get a formula for computing Fibonacci numbers using only powers of the solutions of x^2 - x - 1 = 0 (divided by sqrt(5)). Because the golden ratio is the larger of the two roots ((1 + sqrt(5))/2 = 1.61803, and (1 - sqrt(5))/2 = - 0.61803), the ((1 + sqrt(5))/2)^n will approach infinity, but because the magnitude of the other root is less than 1, the ((1 - sqrt(5))/2)^n will approach 0 linearly, so, larger and larger terms of the Fibonacci sequence can be approximated by powers of the golden ratio, so the ratio of successive Fibonacci sequence terms will approach the golden ratio.

So Fibonacci introduced it to the west in 1202 after learning it from E. Indians who identified it over 1000 years earlier; YET it was employed by the Egyptians to build the pyramids between 2589-2504BC.

Johnny this is the 5th lesson

This subject deserves a better video... Sorry to say that. But phi is a lot more than randomly placed spirals.

Just putting a spiral image over a park doesn't make the park utilize the sequence.

1.618034 now i control the world??

1:38 The Indians aren’t just on RU-vid doing maths

It's always obvious to any full JoJo fan what comments these kinds of videos are gonna have.

Why do you even have to watch this? When you can read the Jojo manga.

*Pretends to understand*

Who’s this Rachel, why’s she golden and everywhere?

We did it boys, the 23rd president of america is no more!

ahem [THE SPIN]

This is the best text to speech I've ever seen

the golden rectangle, infinite rotation.

my sisters who has autism, recites "random" equations all the time ...one day i worked out one of her equations that she repeats all of the time ...and the answer was the golden ratio

It's gods phone number.

This dude has 1.6M subscribers...

Gyro taught me this

This is the golden ratio Johnny!

They're literally just putting the spiral over famous artwork, expecting you to believe that they're related. You could probably take any painting or landmark and make it conform somewhat to the golden ratio.

Either have your script read by someone who understands the topic or have a director who can get them to do it again when they get it wrong. "The Fibonacci sequence is a string of numbers that begins with 0 and 1, which can be extended infinitely..." is right. If you read it as "The Fibonacci sequence is a string of numbers that begins with 0, and one which can be extended infinitely..." it is wrong.

i literally clicked this vid just to see the jojo comments lol

This is a JoJo’s reference

All I see is that golden ration drawn on top of any picture and lines don't even align but you say they follow the ratio? lol

-1: Make a weird ass spiral out of numbers -2: Try to find some art where it fits -3: ??? -4: Profit

Video made by GYRO ZEPPELI

It could also be used for learning a technique that breaks through dimensional walls

Lol at everyone so confused by this. You aren't supposed to literally see the spiral in things. All that the spiral shows at the core level is what the RATIO looks like. You don't see that LITERAL spiral pattern in things, you see the RATIO that is prevalent in that spiral pattern ON and IN other things- think sea shells, flowers. Think about the way a flower BLOOMS, imagine a rose. It has a small compact bud that gets bigger and blooms out more and more as it goes outwards- like the spiral patterns ratio does also. It's about how the numbers 1,1,2,3,5,8,13, etc are a perfect pattern that creates a certain ratio that we can clearly see in nature and in so many other things. It is the reason why certain things look more or less aesthetically pleasing to you. Artists try to emulate this in their art so that their art has the same mystical beauty that nature does and so that they can capture a scene as though you were actually looking at it in real life. Look up "rule of thirds" if you want to learn more about this, its relevant to the fibonacci series as well.

1.618034th

It's the golden rotation, Johnny...

*Yep* Just as I've thought The comments would contain *part 7 spoilers*

1+0=1 1+1=....2! *MIND BLOWN*

What if we live in a simulation, and the Golden Ratio is just a number that was used in the basic code to generate our universe...

It’s all about the spin, Johnny

When a cripple boy who shoots his nails brought you here

Arigato, Gyro...

*inner romantic* Babe you're 1.618034

Basically the "golden ratio " is gods signature on every object and substance in the universe .

Thanks, now I can defeat the 23rd president of USA

Let's do some thinking about molecular geometry. All these things are made of molecules--which are made of subatomic particles--so it should come as no surprise at all that things at the itty-bitty level manifest in proportions similar to each other at the macro level. Come on, how hard is that?

That's my K/D.

is this a jojo's reference? Golden Rectangle

Johnny We need golden rectangle to activate the golden spin and defeat USA president

The spin johnny

the narration of this is cracking me up for some reason. he's like, over-the-top-campy but then sounds like a computer whenever he talks about numbers. it's hilarious

Spoiler alert It’s important because steel ball run wouldn’t exist without it

I decided to choose the Golden Ratio as a topic for my mathematics project because I read JJBA SBR lol

To save your time.. He just want 2 Dollars. 9:07 Let him pay you instead.

So you paste a spiral on something then boom? golden ratio?

The answer to the ultimate question of life, the universe, and everything is actually 42.

4:56 mathematical cringe-fest as spirals are randomly placed over famous paintings. Why? Why would you do that?

Remember the lesson 4, Jonny :'v

Well, I, an intellectual, know that the real use of the Golden Ratio is to spin your family's Steel Balls in the everlasting Golden Spiral in order to create a spin so powerful it can be used to pry-off entire arms at a time. Looks like someone either skipped a lesson or didn't read the book at all.

The golden ratio is the source code of the simulation

There’s a lot less Tool comments than I anticipated. 😂

Fun fact the fibonacci sequence has been proved to be the best way to pack the most of one thing(dna strands,petals,seeds,tree branches etc)and its found everywhere in nature because nature always seeks the most efficient way to do things

the golden ratio in art and nature is a perfect example of how strong conformation bias is

Fun fact, almost everything is born through motion and vibration, a recent investigation recreated what was almost a perfect sunflower face with just pules of sound. The golden ratio could be the maybe limiter of energy to make sure things properly grow?

Wait a minute, I have seen this spiral thingy before...

Mathematics is EVERYWHERE especially in nature. I saw a documentary about prime numbers and there is a complex rule called the zeta function. It was really interesting. You could go a lifetime learning about mathematics and still not learn even 1 % of it.

So if I draw some basic shape and overlay it poorly over things am I a genius?

"Why e is important?" -Ah come on! I know, it is the true beauty of nature existed in a lot of flowers, body shapes, paintings, blablabla.. I don't need to watch another video about e. **Insert e shaped the galaxy.** - OK, you caught me.

I've been absolutely fascinated with this; things that you may know but they're still amazing hearing them from other!

This is like watching a documentary narrated by the narrator from the Leisure Suit Larry games. Do a saucy video on swimsuit and bikini history so I can be sure you really sound like him.

What this video is really saying is you can find lots of roundness in the universe.

humans, we certainly like making patterns out of randomness

JOHNNY WE FOUND THE GOLDEN RECTANGLE

this made no sense and was terribly explained. it was also in a list for absolutely no reason.

*puts Fibonacci sequence over Mona Lisa* "Leonardo diVinci must've an alien himself"

The golden ratio describes patterns on everything from atoms to stars. The ratio is derived from the Fibonacci sequence. This sequence had been described in Indian Mathematics since 200 BC. Fibonacci introduced the sequence in his book Liber Abaci in 1202. Great video.

is this a jojo reference?

1.618034 the number that made this planet lose brain cells

Everytime you put that spiral over something I didn't get it.

Calm down, we are inside the matrix yet, and the 1.6--- equals to our own bit scale

Ride the spiral to the end, may just go where no ones been, SPRIAL OUT, keep going, SPIRAL OUT, keep going.

Now I ain't no mathematician but it seems to me that nature follows the law of find the path of least resistance. The path of least resistance is phi, great video.

Compares golden ratio to hurricane and galaxies which are all spirals

I understood all of this except the part after 'now listen carefully'.

Every one of us has a golden ratio on the back of our heads. This specific use of it is to perfectly distribute hair in every possible direction across our scalp to achieve a "full" look. It results from the golden ratio being the most irrational number thus things produced with the proper, infinite number of the golden ratio would, theoretically, be completely random. This randomness is demonstrated at 08:00. The flower head needs to distribute its seeds in as many directions as possible to spread them most effectively for reproduction. The golden ratio has, in my opinion, an infinite amount of uses from the chance of your existence and the specific way you look (perhaps the location of a mole which could have an infinite amount of different places to exist on your body) to simply the way a hurricane looks.

im to dumb to understand this channel

I suck at math so this went over my head. but still very interesting

sequence arises in the work of Virahanka (c. 700 AD), whose own work is lost, but is available in a quotation by Gopala (c. 1135)

I feel like I'm being introduced to a cult