OpenQASM - The intermediate representation introduced by IBM for use with their Quantum Experience. Quantum programming languages. Imperative languages. QCL - One of the first …

Feb 12, 2019 · As far as working is concerned, you are right. A quantum computer works entirely differently than a classical simulator for the same. Whether there will be any difference in the …

Jan 2, 2025 · For example, in superconducting quantum processors, microwave pulses are used to implement quantum gates (equivalent to classical gates such as AND, OR and NOT). Such …

Apr 30, 2024 · As the quantum ecosystem evolve, more and more frameworks and programming languages (e.g. Classiq and Q#) shift the focus to designing quantum algorithms and using …

Dec 8, 2020 · This is quite an unpractical hypothesis for real quantum computation. k-locality is a common criterion for a quantum computer and the only quantum computer I know of that has …

Jan 24, 2021 · $\begingroup$ Thank you for your answer. But since you said "Shor algorithm has exponential speed-up in comparison with classical algorithms', then which integer have you …

Nov 7, 2021 · GPUs don't usually run operating systems. They are co-processors to CPUs. A classical computer that's specially purposed to interact well with a quantum computer …

Dec 6, 2022 · I understand that for standard bits the difference between a 64 bit memory and a 32 bit memory is 2^64 divided by 2^32. This means that with 64 bits we can access approximately …

Jul 2, 2020 · I think the closest thing to a "while loop" in a quantum algorithm is something like the Variational Quantum Eigensolver (VQE) or other classical-quantum hybrid algorithms. In …

Mar 3, 2021 · IBM Q also enables you to program a quantum processor with microwave pulses directly (only processor Armonk offers this capability now) which is really physical level, …