Weylattice is QuantGates’ AI-powered quantum compiler, available through the Compile section of Spinorio Lab. It brings target selection, circuit inspection and comparison into the workspace where an experiment is developed.
Start from the circuit and its target
A compilation result needs to be understood in the context of the circuit being prepared and the device selected to execute it. The target’s permitted operations and connectivity constrain the implementation, so the target is an explicit part of the compilation configuration.
In Spinorio Lab, a researcher can start from a preserved Qiskit circuit, select a live IBM, saved or offline reference target, and choose the optimisation level. Live IBM target discovery uses the connected provider account and the selected service instance. The researcher retains control over which target is used.
Inspect the output against a common baseline
After compilation, source and output metrics help explain how the implementation has changed. Circuit depth and two-qubit gate counts provide views of the resulting structure. A standard compilation baseline can be run with the same source circuit, target and optimisation level to make the comparison meaningful.
These measurements describe the compiled circuit. A lower gate count or depth alone does not establish better execution quality on a device. Evaluating that requires a separate experiment, with attention to the hardware conditions and the result the application needs.
Continue from the compiled circuit
Completed output can be inserted into the active notebook for further development. Compilation history lets a researcher revisit earlier results, and compiler work can be attached to a project when a writable branch is available.
Hardware submission remains a separate step. This gives the researcher an opportunity to inspect the implementation and decide how to continue the experiment before submitting a job.
Availability
Weylattice is available through Compile in Spinorio Lab. Standalone API access is coming soon. The compiler guide describes the current configuration, comparison and output options.