So that’s no sieve required. You just directly calculate if number N is a prime, using the above geometry.
∎
PS. Try Photoshop. Ask questions.
Thst guy doing
#NumThe during the
#GFC in proper Manhattan, because we needed something else to look at: that was me.
And that’s the spot.
Anyways CIA have disrespected and stolen the work and don’t get it. I already told GCHQ the book is missing a term so I have to edit it in, then I have to go back over the formalism and ask it about the relationship between modular arithmetic and the distribution of primes.
I do also have the Oracle 1RU server with the single atom of a radionuclide put into every Xeon entropy core. The one needed to actually calculate something to be able to test the randomness of the distribution of primes.
On and you still need me to give you a numbering system - you don’t currently know what the ordinality or other computational mathematical engineering aspects mean there than the three conversations I had with NSA SIGINT on XSpaces about avoiding FP errors when traversing the distribution of primes after initialisation vectoring your stride and epoch, and don’t forget to add CBC or NONCE to 1-time-pad to prevent replay attacks and maintain forward and reverse secrecy of prime encryption and whatever cypher you create.
PS. Just use Quantum Photonics to share an entropy source. It would cause neutrino weapons to materialise cracking that nut so ta safe.
NB. I do have safety fuses and N-man rules computationally neuroscientifically built into my head from an early age, based on Strategic Management Theory.
NNB. Long Live The Tech. Long live PACfCNS. Long live MCE. Long live the Causality Bar at Fry’s,
#SV. I’m shutting mine down until we’ve stood up some security around the most important people in Australia all in 15km of me. Long live Silicon Graphics. Long live
#JimClark