Quantum devices are at the heart of quantum computing, sensing, and communication technologies. To ensure their performance, accuracy, and reliability, quantum device characterization is essential. This process involves assessing various….
In classical computing, error models are relatively well-understood and standardized—flipped bits, transient faults, and memory corruption are known quantities. In quantum computing, however, error modeling is far more complex due….
Quantum computing relies on extremely sensitive hardware that operates at the quantum level—where even the slightest imperfection or environmental interference can lead to errors. Quantum hardware calibration is the process….
Fidelity in quantum computing refers to how accurately a quantum operation (or quantum process) matches its intended behavior. Since quantum systems are inherently prone to noise, fidelity is a key….
