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nate stemen edited this page Apr 11, 2024
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Welcome to the mitiq wiki!
Mission: Make error mitigation easily available to everyone running programs on quantum computers.
Objective: Mitiq should be so effective that every quantum program should compile through mitiq.
- Make compilation tools more modular and composable: ZNE's folding/LRE, DDD, PT
- Simplify noise-aware mitigation with tutorials, guidelines, integrations (noise characterization)
- Add two new techniques to Mitiq
- Organize a quantum error mitigation workshop
- Clifford Data Regression (CDR)
- Digital Dynamical Decoupling (DDD)
- Pauli twirling (PT)
- Probabilistic Error Cancellation (PEC)
- Learning-based PEC
- Quantum subspace expansion (QSE)
- Readout error mitigation (REM)
- Robust shadow estimation (shadows)
- Zero-Noise Extrapolation (ZNE)
- Equivalent Circuit Averaging: #2265
- Layerwise Richardson Extrapolation: #2223
- Tensor-network Error Mitigation: #2197
- Debiasing/symmetrization/sharpening: #1955
- Virtual Distillation: #819
- Noise-Extended Probabilistic Error Cancellation (NEPEC)
- Entanglement forging / circuit knitting
- Cirq (core representation for Mitiq)
- Braket
- Qibo
- Qiskit
- PennyLane
- PyQuil
- QuTiP
- OpenPulse