Let me show you this numbers that can reverse-self-locate in the decimal digits of π (675 is located at position 576, etc.). 424242 is simply delicious.pic.twitter.com/PIblIX4RAe
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Let me show you this numbers that can reverse-self-locate in the decimal digits of π (675 is located at position 576, etc.). 424242 is simply delicious.pic.twitter.com/PIblIX4RAe
And the Pulvirenti Conjecture: "424242 is the only π-reverse-self-locable number with the form abab..."
It's always risky for a mathematics tweet to end with an exclamation mark.
It's a pigenvalue!
This seems to be an under appreciated joke...
And the 359th, 360th and 361st digits are 3 6 0
The next one is at 79,873,884. I'll check up to one billion digits but that will take a few hours and a lot of paper 
Surprise, there's another one: 711,939,213
(but maybe not _that_ surprising - there might be infinitely many of them, with pi having an infinite number of random decimals...)
This is really cool and all, but genuinely curious, why would anyone spend time figuring this stuff out? Is there any practical application ??
Because AI will never just “stumble” on unexpected patterns. They must always be taught to look for specific patterns. Only humans have this ability outside of a program. Humans are the ORACLE and Nature is the ARCHITECT.
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