Wow. I feel like the fact that you can encoding arbitrary information in long numbers is such a far reaching concept in math/computer science, it's really satisfying to see it demonstrated in such an intuitive way.
The entire Library of Babel is encoded in Pi. https://en.wikipedia.org/wiki/The_Library_of_Babel
Images Created from Prime Numbers
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Re: Images Created from Prime Numbers
#42There’s a great scene in the end of the book “Contact” by Carl Sagan where the main character uses super powerful computers to find a raster image of a circle hidden deep in the digits of pi. This is supposed to be a moment of deep spiritual significance. But in fact, it’s basically an expected outcome given what we think we know about pi. At first glance these images were startling to me; that such recognizable imag…
We are beings that seek to attach order and patterns to randomness and noise even when there might be none. And when it is a pattern or recognizable slice of information within something than contains very few, if any of those slices we are astounded and ponder the greater nature of whatever we observe.
Re: Images Created from Prime Numbers
#43Earlier quoted context omitted.
Neat. Thanks for tying it in to something real. Makes sense now that you phrase it that way. Not something I've ever looked into much.
Actually I replied without thinking too much, sorry... Your question is (probably a fair bit) stronger than the one I related to. Edited.
It wasn’t really until the workplace where I encountered level-headed people that would just shrug their shoulders and say “You are right. I was wrong” and then move on.
It’s so simple, but is amazingly powerful.
Re: Images Created from Prime Numbers
#44Mostly unrelated but this made me check to see if the Prime Number Shitting Bear is still online. It is! https://alpha61.com/primenumbershittingbear/
A mathematician, physicist, and engineer are taking a math test. One question asks "Are all odd numbers prime?"
The mathematician thinks, "3 is prime, 5 is prime, 7 is prime, 9 is not prime -- nope, not all odd numbers are prime."
The physicist thinks, "3 is prime, 5 is prime, 7 is prime, 9 ... experimental error, 11 is prime, 13 is prime, yes, they're all prime."
The engineer thinks, "3 is prime, 5 is prime, 7 is prime, 9 is prime, 11 is prime, ..."
Re: Images Created from Prime Numbers
#45Earlier quoted context omitted.
In addition, even if a normal number was used, it's far simpler to describe the data by just using a single number alone. For example, a binary encoding of the data (perhaps using a prefix-free code). Using a normal number and two "positions" is just more complicated.
Nonetheless, it's freaky that our deepest secrets are encoded into pi. If pi is normal.
Re: Images Created from Prime Numbers
#46Earlier quoted context omitted.
From the link: > approximately one in every 6200 2688-digit numbers is prime. So if you're lucky, you only need to brute force the last 4 digits! Maybe 5 if you're unlucky. In either case, that's a lot less work than I imagined. And of course you can skip all the even numbers.
How did you get 4 digits? Wouldn't that mean 1 in every 2^4 = 16 is prime? For 1 in every 6200 shouldn't it be 12 digits?
Re: Images Created from Prime Numbers
#47Mostly unrelated but this made me check to see if the Prime Number Shitting Bear is still online. It is! https://alpha61.com/primenumbershittingbear/
Re: Images Created from Prime Numbers
#48Re: Images Created from Prime Numbers
#49Re: Images Created from Prime Numbers
#50There’s a great scene in the end of the book “Contact” by Carl Sagan where the main character uses super powerful computers to find a raster image of a circle hidden deep in the digits of pi. This is supposed to be a moment of deep spiritual significance. But in fact, it’s basically an expected outcome given what we think we know about pi. At first glance these images were startling to me; that such recognizable imag…
There is a massive gulf between searching deep into random digits to find something, down to completely unimaginable depths, entire universe-fulls of digits discarded...
and having it be right there, near the surface, in one of the most common numbers that exists. The book talks about the latter.
What this page is about is a third option. It's not searching through primes or other math-derived numbers. It's constructing a number that already has a pattern, which is trivial, and then it's searching nearby numbers until it hits a prime.