4 ms·
Would have loved a discussion on the digits of Pi and whether they have similar properties as those discovered of prime numbers, but this story seems a year old
by plank 11y ago
Would have loved a discussion on the digits of Pi and whether they have similar properties as those discovered of prime numbers, but this story seems a year old ...
- goldenkey 11y agoThe gaps between primes are an endless ticker defined by previous primes and convoluted by mirroring and partitioning by future primes. Of course chaos has a pattern. It's as simple as using data as function, and functions as data. What makes sense in one representation is consequently nonsense in a different Head.
- adrianN 11y agoThat sounds like you read too much Time Cube.
- goldenkey 11y agoI guess studying prime gaps can do that... But I was actually quite serious. Prime chaos is the result of taking additive modularity and relaying it to multiplicative modularity. Form creating function. Function creating form. Two things hardly related but at a junction through numbers, through counting. If you think my mention of mirror and partitioning has pangs of insanity, you should study how the gaps of primes evolve...its just a waveform defined by previous primes. And yes, it does involve mirroring and partitioning. Primes are just an easy target for bullshit if you dont even understand what belies each prime generating a waveform that then causes interference with the existing sieve waveform (that belies all previous primes.) If this interests you or you have any questions, I'd be happy to do a skype or hangouts call to show you how primes are actually very analagous to 'an endless convoluting ticker.'
- goldenkey 11y agoI should also mention I had been programming in mathematica. So when I said different Head, I just meant different type. Guess it could have sounded kooky without that context