Pi Calculated To Record 2.5 Trillion Digits
Joshua writes "Researchers from Japan have calculated Pi to over 2.5 trillion decimals using the T2K Open Supercomputer (which is currently ranked 47th in the world according to a June, 2009 report from Top500.org). This new number more than doubles the previous record of about 1.2 trillion decimals set in 2002 by another Japanese research team. Unfortunately, there still seems to be no pattern."
These researchers are now in possession of the most useless piece of information in science.
3.14 was very useful. 3.1415? Even more so. But after that it's diminishing returns, baby. 2.5 trillion digits? Good heavens. Of course it never repeats - we kind of knew that already.
Pointless mathematical dick-sizing. Problem is, this dick is so huge no vagina will ever make use of it.
...have they found the circle yet?
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Researchers will find that Pi begins to repeat after 2,500,000,000,001 digits.
Of course there's a pattern. I mean, otherwise, I wouldn't be able to match it with 3.[0-9]{1,}
I've constructed a perfect circle, with a circumference of 1 meter. It's the diameter I'm having trouble with.
I heard somewhere it's equal to the circumference of a circle divided by it's diameter...
Free the Quark 3 from asymptotic confinement! Bring your charm! Don't get down! All colours and flavours welcome!
00000001 110000000
00001110 001110000
00110000 000001100
01000000 000000010
01000000 000000010
01000000 000000010
00110000 000001100
00001110 001110000
00000001 110000000
About two trillin digits down the line, in base 2, scientists discovered a curious pattern... is it purely random, or perhaps a message from the Creators?
Wait, we can record a ridiculous amount of data (2.5 trillion digits!) just by calculating pi?
Best.
Compression Algorithm.
Evar!
No one needs more than 640 digits
Fixed that for you.
I'm surprised that nobody posted this yet.
"Unfortunanely, there seems to be no pattern yet", but what about secret messages?