Very interesting, thanks for the writeup and work on benchmarking all of this. I suspected package loading had gotten slower from 1.0 to ~1.7, but 1.9 will solve most concerns.
They seem to know about decoherence, and in a later post associate interference with probabilities, so I don't think that was the issue. Maybe a typo?
Quantum physicist here: just to correct the mistaken claims in this, interference is definitely a feature of quantum computing, and not a bug. Interference is also NOT why there are are no error corrected quantum…
The Plots package adds a significant overhead right now. Try using PyPlot (matplotlib) directly. These days you can use exactly the same syntax (dot-call) as in Python. $ time julia -e "using…
The latter. More seriously though, there won't be a true error corrected quantum computer for a long time. People are hoping that there can be useful applications with imperfect physical qubits.
You can use whatever start index you like: https://docs.julialang.org/en/stable/devdocs/offset-arrays/#... For a pre-baked solution: https://github.com/JuliaArrays/OffsetArrays.jl
Just use julia instead!
Very interesting, thanks for the writeup and work on benchmarking all of this. I suspected package loading had gotten slower from 1.0 to ~1.7, but 1.9 will solve most concerns.
They seem to know about decoherence, and in a later post associate interference with probabilities, so I don't think that was the issue. Maybe a typo?
Quantum physicist here: just to correct the mistaken claims in this, interference is definitely a feature of quantum computing, and not a bug. Interference is also NOT why there are are no error corrected quantum…
The Plots package adds a significant overhead right now. Try using PyPlot (matplotlib) directly. These days you can use exactly the same syntax (dot-call) as in Python. $ time julia -e "using…
The latter. More seriously though, there won't be a true error corrected quantum computer for a long time. People are hoping that there can be useful applications with imperfect physical qubits.
You can use whatever start index you like: https://docs.julialang.org/en/stable/devdocs/offset-arrays/#... For a pre-baked solution: https://github.com/JuliaArrays/OffsetArrays.jl
Just use julia instead!