Mitiq is an open source toolkit for implementing error mitigation techniques on most current intermediate-scale quantum computers.

Zero Noise Extrapolation (ZNE) prototype for error mitigation on the Qiskit Estimator primitive

Awesome Quantum Error Mitigation

This is the code for post-processing the shallow shadow tomography data and doing error mitigation on the noisy hardware.

Error Mitigation Recipe Generator -- Automatic quantum error mitigation for NISQ circuits. EMRG analyzes your quantum circuit and generates ready-to-run, explained Mitiq-powered error mitigation code. No manual tuning required.

Project on studying Open Quantum System Models and simulating them using OQC Lucy Hardware.

Characterization and Error Mitigation of NISQ Processors using Zero-Noise Extrapolation (ZNE).

Scaling noise inside a qiskit quantum circuit by stretching the pulses.

Quantum Error Mitigation: using Machine Learning This project demonstrates quantum error mitigation techniques using machine learning to improve the reliability of quantum computations in noisy quantum computers. The main goal is to mitigate measurement errors that occur during quantum computation.

Qiskit Global Summer School 2022: Quantum Simulations by IBM Quantum. Lab assignments completed during the 2-week program.

Website for WERQSHOP 2025

Analysis of noise effects on quantum circuits using simulations and real IBM quantum hardware.

Quantum error mitigation using Zero Noise Extrapolation (ZNE) in indirect-control system

Qiskit research suite with reproducible data, figures, Azure Quantum paths, and explicit simulation/emulator/QPU claim boundaries.

Code for Mitiq Tutorial at IEEE QCE 2024

Hybrid classical-quantum neural network that mitigates real IBM Quantum hardware errors. Achieved +4.57% fidelity improvement on ibm_fez (5 qubits) using Qiskit + PyTorch.

Quantum hardware instrumentation, noise characterization, and error mitigation for Origin Quantum's PilotOS

A modular and unified framework for quantum error mitigation, integrating General Error Mitigation (GEM), Zero-Noise Extrapolation (ZNE), Permutation Filters (PF), and Probabilistic Error Cancellation (PEC) into a statistically optimized estimator for quantum circuit reliability.

Testing GHZ state creation