A search space that's 2^2000 big when each fitness function evaluation takes a few seconds is intractable on a conventional computer. The relative performance gain is exponential the more qubits you add, which is why…
I'm not sure where you're getting your information: everyone in this thread seems to be parroting the same popsci headline that it's not a "real" quantum computer, but that completely misses the point. Regardless of…
Unfortunately the NSA doesn't do a lot of evolutionary structural optimization :/
It basically performs the same function as traditional combinatoric optimization algorithms, e.g. simulated annealing and evolutionary optimization, but it does a much much much better job at it since it can test the…
Now this is starting to get interesting. 2000 qubits is where it starts being applicable to meaningful real-world combinatoric optimization problems. I would kill to have access to one of these machines for my…
A search space that's 2^2000 big when each fitness function evaluation takes a few seconds is intractable on a conventional computer. The relative performance gain is exponential the more qubits you add, which is why…
I'm not sure where you're getting your information: everyone in this thread seems to be parroting the same popsci headline that it's not a "real" quantum computer, but that completely misses the point. Regardless of…
Unfortunately the NSA doesn't do a lot of evolutionary structural optimization :/
It basically performs the same function as traditional combinatoric optimization algorithms, e.g. simulated annealing and evolutionary optimization, but it does a much much much better job at it since it can test the…
Now this is starting to get interesting. 2000 qubits is where it starts being applicable to meaningful real-world combinatoric optimization problems. I would kill to have access to one of these machines for my…