Skip to content

QuantumSimulator example workflows

This page highlights the main notebook entry points for the QuantumSimulator workflow. Use these notebooks to study pulse-level dynamics offline before moving to hardware-backed execution.

The notebooks below provide focused examples and calibration studies.

  • Rabi oscillation: Start with a single driven transmon and inspect the resulting dynamics.
  • Two coupled qubits: Simulate interactions in a coupled multi-qubit system.
  • Qubit resonator: Study coupled qubit-resonator behavior at the Hamiltonian level.
  • Multi control: Explore multiple control channels in one simulation setup.
  • Virtual Z frame shifts: Compare physical I/Q samples with time-dependent logical-frame interpretation.

Model studies

  • Cosine transmon model: Trace the charge-basis cosine Hamiltonian into the truncated energy basis, then compare it with the Duffing model under strong drive.

Calibration-oriented studies

  • Pi pulse: Tune a pulse that implements a target rotation.
  • DRAG calibration: Explore pulse shaping for leakage reduction.
  • CR dynamics: Inspect cross-resonance dynamics in simulation.
  • CR calibration: Iterate on a two-qubit calibration workflow without hardware.
  • Jazz: Explore a more advanced simulator example.