4 ms·
Possibly. This is way beyond my knowledge. But I'm not aware of many other "search this finite part of the number line for this property", where "this finite p
by knorker 3y ago
Possibly. This is way beyond my knowledge.
But I'm not aware of many other "search this finite part of the number line for this property", where "this finite part" is still too big for classical computers.
It almost sounds like quantum computers are tailor made for the types of problems we've been building cryptosystems on.
But maybe this is not all quantum computers will be able to do. I couldn't even explain exactly how they apply to simulations of quantum systems, but have only taken more knowledgeable people at their word.
- taeric 3y ago"Search this finite part of a number line" is probably fairly accurate in describing many Mixed Integer Programming (MIP) techniques. Such that, if you do get a breakthrough at that, you may see larger advances in optimization.
- dotnet00 3y agoExactly, ML is a potentially very valuable task for more mature quantum computers due to the ability to perform much more powerful searches than what we have to accept on classical computers.