So the thing with useful quantum computers is that if they ever do make it actually work and manage to scale it up, the first thing they will do is render most modern encryption obsolete over night. My guess is that Bluffdale has a mountain of encrypted data they’d start cracking immediately.
My cynicism can’t allow me to think that we’d hear about it until years after that backlog is cleared and the NSA (and now by extension Israel and Russia) have backdoored any network of interested 10 times over.
The far more likely scenario is that this like stable/cold-ish Fusion, practical graphene, CRiSPER miracle cures are still way more theory than driveable cars at this point and for next several years at least. These folks just want more money and have to keep claiming they are close to get it.
RedWeasel@lemmy.world 13 hours ago
So, around 1947. Took about 14 years to get to being able to put into chips. So another decade and a half?
photonic_sorcerer@lemmy.dbzer0.com 12 hours ago
From the byline:
So pretty much, yeah.
Corkyskog@sh.itjust.works 11 hours ago
Well years could be 3 years or 300 years so that doesn’t really confirm OP’s guess.
funkajunk@lemmy.world 12 hours ago
Seeing as we now have a multitude of tools available to us that we didn’t have in 1947, I imagine it would be faster.
Gsus4@mander.xyz 12 hours ago
And an already existing consumer base with expectations that were only for hobbyists before…maybe that’s a bad thing, because it will constrain QC to evolve in ways that it would be better to explore rather than try to fit modern use cases.