error-mitigation

A toolkit for applying error mitigation techniques on most quantum computers.

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

An enterprise-grade platform for evaluating and mitigating hardware noise in Quantum AI circuits using Zero-Noise Extrapolation (ZNE).

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.

Experimental quantum workload reliability framework for governing returned QPU outputs, adaptive selection, compact metadata, and validation artifacts.

Empirical quantum simulation experiments and robustness studies on Dense Evolution (JAX/XLA statevector simulator): Ising phase transitions, VQE, error mitigation, and a critical replication study of the traversable-wormhole SYK teleportation protocol (arXiv:2604.10090).

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

Benchmark suite to compare error‑mitigation strategies (Baseline, DD, ADC, Hybrid) for superconducting qubits — includes temperature sweep, bootstrap CI and automatic γ optimization.

A research project in which i created a quantum error mitigation pipeline

Hybrid classical/quantum portfolio optimizer: cleans S&P 500 data, solves Markowitz baselines with CVXPY, maps penalties into QAOA circuits, and applies ZNE/M3/DD mitigation. Includes simulation & IBM hardware runners plus analysis/visualization tooling, Mermaid diagrams, and Python‑3.11-friendly setup.

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.

Physics-aware TFIM VQE benchmark with symmetry-aware winner selection, mitigation studies, and IBM Runtime validation.