16-11-2024, 01:21 PM
on the other hand, it's really fucking hilarious that you thought your question is incomprehensible for a layman/person without a degree in CS, math, cryptography or other related disciplines, and tried to "expose me" as only somewhat smart opposed to having a 1 in a million brain
also, the phrasing of your question is retarded because it's missing the key part - the context, which is cryptography here. where did you copy that question from?
of course a "classical" computer can factorize fucking integers reasonably (what this means depends on the circumstances/what someone wants the computer to get done and how much processing time he can afford for it) efficiently to a certain level. even you can break 10 down to 2 x 5., and even the shittiest laptops are capable of performing multiple tasks a million times more complex than that simultaneously
the actual question is - can the best computers we can assemble today be used to break cryptographic systems, because they use extremely large numbers. it's important because, if the answer was yes, it would be very easy to break down cryptographic protection used by public institutions and private legal entities, which would, simply put, allow everyone with half a brain, no morals and an adequately strong pc to get into possession of every information or communication stored in it and encrypted.
imagine being one ENTER and a couple of days away from getting nudes your oneitis is sending to a chad like me on whatsapp
the answer is no/not yet/it probably won't even matter in a couple of years, btw. considering you can just google it, i can't state what i said in the first sentence of this post enough
also, the phrasing of your question is retarded because it's missing the key part - the context, which is cryptography here. where did you copy that question from?
of course a "classical" computer can factorize fucking integers reasonably (what this means depends on the circumstances/what someone wants the computer to get done and how much processing time he can afford for it) efficiently to a certain level. even you can break 10 down to 2 x 5., and even the shittiest laptops are capable of performing multiple tasks a million times more complex than that simultaneously
the actual question is - can the best computers we can assemble today be used to break cryptographic systems, because they use extremely large numbers. it's important because, if the answer was yes, it would be very easy to break down cryptographic protection used by public institutions and private legal entities, which would, simply put, allow everyone with half a brain, no morals and an adequately strong pc to get into possession of every information or communication stored in it and encrypted.
imagine being one ENTER and a couple of days away from getting nudes your oneitis is sending to a chad like me on whatsapp
the answer is no/not yet/it probably won't even matter in a couple of years, btw. considering you can just google it, i can't state what i said in the first sentence of this post enough
![[Image: Screenshot-2026-06-20-at-23-46-52-Lookis...-Lists.png]](https://i.ibb.co/8nqCLH50/Screenshot-2026-06-20-at-23-46-52-Lookism-Edit-Buddy-and-Ignore-Lists.png)
