With the growing effort to develop large-scale superconducting quantum computers, researchers worldwide are setting up new labs at an increasing pace to scale up towards practical quantum computers. This development calls for instruments that give access to established methods for qubit control and measurement with as little overhead as possible in the engineering effort.

Prof. Stefan Filipp (Technical University of Munich and Walther-Meißner Institute) covers the basics of superconducting quantum computing and highlight recent advances in the use of optimal control methods to maximize qubit gate fidelity. Learn how to design and operate a qubit control setup working directly at microwave frequencies without IQ mixer calibration thanks to a simple Python interface to control the measurement instruments. Application Scientist Bruno Küng gives an overview of this system and set the stage for a hands-on demonstration on a real qubit led by PhD student Max Werninghaus (Technical University of Munich and Walther-Meißner Institute).

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