why is this video not 2 seconds longer? 3:14

This is a great channel with great potential. It just needs awesome videos like these more frequently.

At Greece we have a poem that help us memorize the 23 first digits of π Αεί ο Θεός ο μέγας γεωμετρεί, το κύκλου μήκος ίνα ορίση διαμέτρω παρήγαγεν αριθμόν απέραντον και όν, φεύ, ουδέποτε όλον θνητοί θα ευρώσι. Which roughly translates as Forever the mighty God does geometry to define the length of a circle by diameter He created an infinite number and unfortunately never whole (the number) the mortals will find. The numbers of every word in the poem is thw numbers of π Αεί = 3 ο = 1 Θεός = 4 ο = 1 Μέγας = 5 etc

Great video. I had no idea that's what a million digits looked like. How many pieces of pages were there in total?

Can you please increase the volume in your future videos. They are almost inaudible on a laptop with no headphones.

Cool. Interesting that pi could be linked to primes. Thought provoking as always.

What would I do with more digits of Pi? Eat it.

The music in the background (as for the Ramanujan video) makes this very difficult to hear and follow. It's really a pity for so interesting subjects!

Nice video !

I memorize Apery's Constant because it is there. I suggest you try picking a stupid constant and memorize a few digits, it's fun and it gives your life meaning.

Interesting video. Infinity is embedded in our Universe so deeply. It's there and we can see it's there but we can never understand it truly.

You may want to double check that frequency table for the first trillion digits, the units digit ends in a four when added up, and the frequency for 7 and 8 are identical!

2:27 That looks oddly like the layout of the continents to me...

upload more videos

After reviewing your video, I think you may find this information on mathematically calculating the accurate value of geometric Pi interesting. The mathematical proof of the accurate value of Pi is: applying the equation, "inverse sin delta theta radians = Pi x theta degrees/6y" where: 1. delta theta is 1/12 of 2 x Pi radians; 2. theta degrees is 1/12 of 360 degrees = 30 degrees 3. and 'y' is 0.5. When the value of Pi = 3.141592654 is applied to this equation, inverse sin 0.523598778 = 3.141592654 x 30 degrees/(6 x 0.5) 31.57396133 degrees = 94.24777961 degrees/3 31.57396133 degrees = 31.415926654 degrees the left hand side of the equation is not equal to the right hand side. Now when Pi is three (3.0), note the answer: inverse sin 0.5 = 3.0 x 30/(6 x 0.5) 30 degrees = 90/3 30 degrees = 30 degrees the left hand side of the equation IS EQUAL to the right hand side. This demonstrates that Pi is 3.0. It is also interesting to note that above equation is precisely accurate at 1/12 of the circle at exactly 30 degrees. For further proofs of Pi = 3.0 through experiments, see www.thegreatdesignbook.com.

For my purposes, pi might as well equal 355/113. All physical numbers have uncertainty. Your constants don't need to be very precise if you only know the other variables to 2 or 3 significant figures.

Why does anyone group the numbers by 5s when 3s correspond to the names of the numbers, namely thousands, millions, billions, etc?

Tau is the true circle ratio

My guess before watching this video would have been 63 places as the current universe is approximately 10 to the power of 63 Planck lengths in diameter.

The thumbnail is wrong, it should say 4944 in the corner, not 4945

wouldn't the extra digits be useful for things like weather forecasting and other chaotic systems?

There are exactly the same number of 7s and 8s in the first trillion digits

I would wrap all those digits of pie into 1 big circle, cut a slice of those digits off, and eat them like a pie!

Reason 6: To test Simulation Theory.

*Tipping fedora*

heres what i know about pi 3.141592653589793238462643383279502884197169 42 decimal places of pi

surely each digit appears an infinite amount of times in pi?

hail pie!!!!!!!!

I like to have my digits in a lot of pi's.

please record future videos louder. I have my volume at max and can barely hear you.

Because as long as PI is non recurring and infinite, then we can prove that we are not in a simulation. As a simulation would require an infinite amount of memory to store an infinite non recurring number like Pi

Fun to watch! I must apologize, my outrage (lol) cannot be contained: science not-equal mechanical contraptions! EurrrghthnnnnnnnERROR404, lolol

No! We will not rest until we know the infinite-th digit of Pi... we need to know... we must know

What would I do with that many digits of pi? I have 100 billion digits on a flash drive and use it to brag about useless things.

22/7 is accurate within a hundredth part. Astronomical calculations might require more. 223/71 will do nicely By the way, 10^6 is not "one trillion"

Eat them. That's what i would do with many digits of PIE.

How come Tau isn't used instead, it's a lot more intuitive than Pi and not as useless.

Looks like the 101 digits I memorized are useless

Because Pi is infinite and not repeating, we know we do not live in a computer simulation. If we were in a computer simulation, said simulation would need to have an end to pi. So we don't live in the matrix.... yea.