Reduce width and depth of quantum circuits by cutting gates and wires.
QCut is a quantum circuit knitting package built on top of qiskit for performing gate cuts and resetless wire cuts allowing simulation of larger quantum circuits on smaller quantum devices or simulators at the cost of a circuit overhead.
Reference implementation and reproducibility materials for representation-dependent optimal cut placement in quasiprobability circuit cutting.
Exact circuit-cutting costs under local memory resets and two-slot dephasing, with optimality proofs, causal constructions, and calibration bounds.
Dynamic Queue Router (DQR): wave-based orchestration framework for scheduling cut quantum circuit fragments across heterogeneous HPC–QC backends.
Testing GHZ state creation
RL and GNNs for quantum compilation: RL-designed VQE circuits (PennyLane), GNN circuit-cut placement, qiskit-addon-cutting runs on Aer
Distributed Viability Score
TRACE (IEEE QCE 2026): temporal qubit-residency scheduling for over-capacity circuit cutting - research artifact
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