How do I decrypt an encrypted message by using 2 prime numbers? Chinese remainder theorem? Fermat-Euler theorem? Extended Euclidean algorithm? Sieve of Eratosthenes?
>>107553680if the message was sent by a brown/asian woman and you are white you already have a master key
B4BWC
>>107553680I've blasted quite a few loads to this choco slut
>>107555501Who is she?
>>107556282Ariel Demure
>>107553680Stop making ne feel bad about my gf with these gigantic anime boobthreads
>>107555392Mutt's law
>>107556483>Build for big white cockYou mean Yuropoor's law
>>107556483>>107556525Even though I'm europoorean.
>>107556704Mutt's law is about BBC not BWC.
>OP listing random theorems like they’re ingredientsIf you already have p and q, you’re done. Decrypt is just:n = p*q phi = (p-1)*(q-1) (or lcm(p-1, q-1) if you’re being fancy) d = inverse of e mod phi (this is what extended Euclid is for) m = c^d mod nCRT = same m, faster (work mod p and mod q then recombine). Sieve = for finding primes, irrelevant. You probably still need to pad though
>>107556733Unpad sorry
>>107556718Mutt's law is about interracial sex, you dumbass.
>>107556300Thank you anon
>>107553748>gooks aren't brownkill yourself long ling
>>107557901majority has light skin
>>107556733what's stopping people from bruteforcing it?
>>107557990gooks are yellow not browndumb white, I mean jew (same race anyway)
>>107557917The lifetime of the average human. For long enough p and q, the brute force time is in the millions of years. That's counting using a massive data centre 24/7 the whole time.
>>107558082>For long enough p and qI wonder for how long this will be true. IIRC 2000 bit are considered not safe, because quantum computers are pretty good at factoring prime numbers.>inb4 quantum computers are a memethey may be, but the day someone builds one (with enough qbits) all your encryption is instantly broken if you only rely on RSA, as the algorithms exist already.
>>107553680Why do you want to encrypt something? Are you a pedo?
>>107558117If you want to factor in quantum computing, then don't use RSA at all. No bit value is quantum safe. Our best quantum computers at present can factor... 20 bit numbers. Practical quantum computers are a very long way away.
>>107556718but I want her bleached with a bunch of BWCs.
