The GOLDEN NUMBER

[@Aegis4521]

I’m proud to be a part of this channel at 600 views. Just waiting for this to blow up to hundreds of thousands 😊

[@FebruaryHas30Days]

Fact: The reciprocal of Golden ratio, 0.618, is one of my favorite irrational numbers when it comes to counting. If you multiply this number using the hours, minutes and seconds in a day, the answer is 14:49:58.

[@Mikalinium]

truly underrated

[@Mikalinium]

You've earned a subscriber

[@zeseronrl]

As a Greek, I appreciate the fact that you pronounced φ correctly.

[@mrshoebill7859]

Only 245 subs? holy crap this is golden

[@tony89tur]

Great channel 👍

[@SomeCatFromFrance]

This video has 1.6 thousand views, golden!

[@pepsi3005]

Also, I'd like to say: Black Then White are All I see In my infancy Red and yellow then came to be Lets me see

[@ulysseyang9733]

This joke video is so hilarious

[@musicofficial6924]

3:15 It is the pattarn of (r,∅) r is radius and ∅ is angle . overall when you put r and ∅ intead of (x,y) , then you will get these sort of lines. It might be a connection between them

[@kylequincena4238]

4000 now!

[@Rissovich]

Hey, KZbin? This is a robbery! This guy CLEARLY lost all of his millions of subs! I will NEVER believe that he didn't get them all by the algorithms...

[@evylah2]

wait, only 1.6 views?

[@iwantosleepeatandruneveryday.]

even a stick on my hand have two part

[@thomas_c]

No, the golden ratio is not everywhere at all. You make it seem like phi is a magical number, but not all ratios close to 1.6 are the golden ratio. I can come up with a silly example too: Measure the ratio between the distance from head to pelvis and neck to feet of Sponge Bob, and magically, it's 1.6... If you stop at 'approximately,' you can find whatever you want wherever you want.

[@ArhturJoaquim]

Are you slow

[@onethegogd5783]

good quality but kind of cliché theme

[@makrerka]

Сила буквы Ф

[@SuperNarith1234]

it's phi not cyrillic f

[@Fire_Axus]

Welcome to the world of pseudoscience.

[@Senteggo]

Well, at least some appearances of golden ratio have an explanation. I heard about one of them - golden ratio is the most difficult irrational number to approximate rationally. It means you need a ratio of really big numbers to approximate phi relatively good comparing to other irrational numbers like pi or e