General > General Technical Chat
Quantum Computing Questions
SilverSolder:
--- Quote from: EEVblog on June 18, 2020, 12:40:41 pm ---
--- Quote from: rstofer on June 17, 2020, 05:03:06 pm ---That's a limitation today in the same way that Eniac used vacuum tubes. Within 20 years, transistors ruled, heat dissipation was substantially reduced and speed increased. Seventy odd years later we have some fairly productive systems.
Cryogenic computing started back in '61 at IBM
--- End quote ---
I see that as one of the problems I foresee, they may never be usable at room temperature for reason of basics physics, and this will be one of my questions.
--- End quote ---
Perhaps it will one day be possible to create a micro-environment inside a chip that is "hospitable" to quantum computing? MEMS supercooling Stirling engine anyone? :D
Bud:
There is no such thing as quantum cryptography, this term may be misleading. There is Post-Quantum cryptography, which is using quantum-resistant cryptographic algorithms running on regular computers. Encrypted data produced by such algorithms will be tough to crack even on quantum computers. And there is Quantum Key Distribution which has nothing to do with a cryogenic quantum computer. So let him set the record straight what he means by quantum encryption, if other than using quantum computer to crack existing RSA family of keys.
EEVblog:
Thanks for the questions, I think most of them were covered in some way.
I have about 1hr 50min of footage.
Here is a short clip:
RoGeorge:
Wow, can't wait, just upload it all! :clap:
EEVblog:
--- Quote from: RoGeorge on June 19, 2020, 09:54:36 am ---Wow, can't wait, just upload it all! :clap:
--- End quote ---
Not that easy, can't just dump it, needs editing for various things. I goofed the first 10-15min forgetting to put my lapel mic on :palm:
The full length will go on EEVdiscover, a short maybe <20min version on the main channel, and any interesting tidbits like the one shown I'll render out and put on EEVblog2.
Navigation
[0] Message Index
[#] Next page
[*] Previous page
Go to full version