Novel noise characterization methods combining regularized cycle benchmarking and 2D tensor-network tomography enable error-mitigated superconducting quantum processors to achieve <13% error on circuits with 400 CZ gates.
#NoiseCharacterization #QuantumErrorMitigation #SuperconductingQubits
#NoiseCharacterization #QuantumErrorMitigation #SuperconductingQubits
Noise Characterization Techniques for Superconducting Quantum Processors: Cycle Benchmarking and Tensor-Network Methods
arxiv.org
October 14, 2026 at 4:16 PM
Novel noise characterization methods combining regularized cycle benchmarking and 2D tensor-network tomography enable error-mitigated superconducting quantum processors to achieve <13% error on circuits with 400 CZ gates.
#NoiseCharacterization #QuantumErrorMitigation #SuperconductingQubits
#NoiseCharacterization #QuantumErrorMitigation #SuperconductingQubits