Gatefidelityä
Gatefidelityä is a metric used in quantum computing to evaluate the performance and accuracy of quantum gates within a quantum processor. It provides a quantitative measure of how closely a implemented quantum operation matches an ideal target gate, which is essential for assessing the reliability of quantum algorithms and error correction protocols.
The gatefidelityä is typically calculated by comparing the actual quantum process, represented by a process matrix
Gatefidelityä is crucial in the development and benchmarking of quantum hardware, as it helps identify sources
In practical applications, high gatefidelityä values are necessary for implementing fault-tolerant quantum computing, where error rates
Overall, gatefidelityä serves as a key indicator of quantum gate performance, contributing to the progress and