a software stack for quantum computing that includes a hardware-agnostic, open-source software development kit
Qiskit has a large and growing community of users. It has been downloaded more than 6 million times, and more than 550,000 users have also used Qiskit to construct and execute over 3 trillion quantum circuits. With those stats, it is easy to understand why many users view Qiskit as the de facto standard for creating, optimizing and executing quantum circuits and operators.
The Estimator’s interface has been updated to make it convenient for users who want to use one circuit and many observables, which is the predominant use case. It has different execution modes that allow a user to tailor its interaction with hardware to match application needs. EstimatorV2 has a “precision” argument that lets users specify measurement accuracy. SamplerV2 has a “shots” argument determining how often each experiment will be repeated. Specifying the precision of measurements provides more detailed results from experiments.
Minor versions will come between major version releases and will be released about every three months. Bug support for previous minor releases will end once a new minor version is published. So, can this technique of reducing memory usage in Qiskit potentially be used to achieve quantum advantage? After all, it allows more complex or larger quantum circuits to be run and results in more powerful quantum computations.
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