Compare that to my bachelor project that evaluated analogue electricity. Measuring 100 times (old value * 0.99 + new value * 0.01) was too much
MangaDex Forums
panzerkampfwagyu
panzerkampfwagyu
And the encryption scare? You know the one where it's claimed that quantum pc's will be able to crack encryption quickly?
First: There are still no quantum computers anywhere close to that.
Second: It still wouldn't be able to crack encryption if it was encrypted twice with decent algorithms.
Third: There are already quantum proof algorithms out there, the main problem being that a lot of places are very poor with cybersec. Which isn't a new problem. Heck, many servers aren't properly protected against normal hacking tools.
First: There are still no quantum computers anywhere close to that.
Second: It still wouldn't be able to crack encryption if it was encrypted twice with decent algorithms.
Third: There are already quantum proof algorithms out there, the main problem being that a lot of places are very poor with cybersec. Which isn't a new problem. Heck, many servers aren't properly protected against normal hacking tools.
panzerkampfwagyu
Also, the booth people couldn't really name a proper use-case for the technology.
One named large databases, but did not really explain properly what quantum pcs could do better than digital pcs.
Heck, analogue computing would do it better.
One named large databases, but did not really explain properly what quantum pcs could do better than digital pcs.
Heck, analogue computing would do it better.