Goodbye. Forever.
LazerFX
I got, "I'm sorry I can play hangman yet" in Gemini
Ah, the optical illusion approach. It's a sweet pic, thanks for sharing.
OK, I'll bite - how did you not get reflected in the mirror at the end of the hallway?
Actually, MythBusters proved that one couldn't happen, unless the bullets were sub-sonic or low-powered and the diver was within 1 or 2 foot of the surface... water's just too dense and depletes the power. And something higher power just made a big splash and bits of shrapnel that didn't have much penetrating power.
You mean 2^267,709^?
Funny... that's a phone number I know.
I went with floorp, because it allowed native title bar disabling, with task bar editing so I could inject a grab handle; vertical tabs in sidebery, and a clean, nearly-ui-free vertical.
You fight like a dairy farmer
Buggrit
What duck?
GNU Pterry
I've nothing against the page having more technical farther down the page... I've done that with some computing articles that I'm qualified to talk about - simplify the description for the layman, put the technical description underneath...
Math nerds just don't.
There's a lot of misinformation in this thread. Sure, they broke 22-bit RSA encryption. But here's the thing - that's proof that a suitably large quantum computer can break any size RSA encryption in the same amount of time it took to break 22-bit RSA encryption.
Because of the way the annealing process works, it's a known-time process, no matter how many inputs or q-bits are used. We don't have the ability to create a computer with sufficient q-bits to break anything more than 22-bit at the moment, but current estimates are that in 10 - 15 years we will have enough to break 1024-bit.
And it'll take the same amount of time as this 22-bit process took.
And that basically means we need new encryption processes within 10-15 years, that are quantum safe, or all our encryption is belong to whoever has these quantum computers.
You're using teams. Modern teams is built on Skype, which is why it's shit.