course
Quantum Computing in Practice (IBM Learning)
IBM Quantum
1 course · 8 tutorials
course
IBM Quantum
Compare zero-noise extrapolation implementations in Qiskit Runtime and Mitiq. Learn gate folding, pulse stretching, Richardson extrapolation, and when each approach is preferable.
A practical comparison of the three main quantum error mitigation strategies (zero-noise extrapolation, probabilistic error cancellation, and Clifford data regression) with working Mitiq code and guidance on when to use each.
Use Mitiq's zero-noise extrapolation to reduce the impact of hardware noise on expectation values without full quantum error correction.
Understand how noise affects quantum circuits in the NISQ era and implement zero-noise extrapolation (ZNE) and probabilistic error cancellation using PennyLane.
Use Qiskit Runtime's built-in error mitigation options: resilience levels, zero-noise extrapolation, and Probabilistic Error Cancellation in the Estimator primitive.
How to use tket's compiler passes and error mitigation tools to improve results from noisy quantum hardware.
Apply zero-noise extrapolation and measurement error mitigation techniques on Amazon Braket using local and density matrix simulators.
Learn how probabilistic error cancellation (PEC) works as a powerful generalization of zero-noise extrapolation, and how to implement it with Mitiq to extract near-ideal expectation values from noisy quantum hardware.