CIRCUIT SEQUENCER / H / 17 QUBITS

Projects and recovery drafts stay in this browser. Export .sequenceq files to move your work to another device.

One calibration-check project for Tuna-5, Tuna-9 and Tuna-17: initialize the selected qubits, rotate each around X, then measure. Compare the measured response with the ideal reference below.

After loading: connect your QI account, select the matching processor and a QI project, then choose Run series → Sweep bound rotations → Preview series. The rotation is already bound to the sweep. Use Jobs / results to inspect actual measurements.

This measures rotation and readout response; hardware tuning is managed by Quantum Inspire. Opening the project sends no jobs.

Compile and submit a finite series to your selected Quantum Inspire processor. Keep this tab open. Closing pauses unsent jobs; resume here after reopening. Stop prevents further submissions; submitted jobs continue on the processor.

For a sweep, select an Rx / Ry / Rz gate in the grid and enable “Sweep selected gate” below the source editor. START / END / STEP choose angles; REPEATS applies to each angle.

Preview the plan before sending jobs.

No series has been started.

The visual grid displays up to 64 qubits and 128 steps. Larger projects remain available as source and exports.

Choose an operation and click an empty cell. Select a target qubit for two-qubit gates, or click both qubits in the same column. Click an existing gate to remove it.

Angle and wait edit a selected matching gate or defaults for new gates. Submit sends one hardware job. Run series sends the finite repeat or sweep plan.

Save: Ctrl+S · Undo: Ctrl+Z · Redo: Ctrl+Shift+Z · Close panel: Escape