Pulse-level control

Provides client-side access for direct pulse-level control of quantum computers. Enables fine-grained hardware interaction for advanced experiments and calibration.

Interactively design quantum pulses and schedules using a Python widget library. Integrate directly into Jupyter notebooks, JupyterLab, and IPython kernels for hardware control.

Define, parametrize, and sequence complex pulses for qubit control experiments. Translate high-level pulse representations to hardware-specific instructions and waveforms.

Define precise quantum pulse sequences with a Python DSL. Manage qubit and instrument configurations. Includes examples for single and two-qubit experiments.

Control quantum experiments with precise timing and low latency using a flexible, programmable system. Features Python-based programming, FPGA execution, and open hardware.

QUA is an intuitive pulse-level programming language used with Quantum Machines’ OPX hybrid controllers. It is the core of QM’s comprehensive hybrid development platform – which also features automated calibrations via QUAlibrate, and access to a vast library of control applications. QUA seamlessly merges quantum and classical programming. With QUA, quantum builders can easily program complex algorithms that were previously impossible, reaching milestones faster and accelerating the path to breakthrough results.

Access cutting-edge quantum processors and hardware via a fully managed cloud platform. Accelerate research and development for enterprises and academia.