Clemens Müller

Clemens Müller was an Application Scientist focusing on quantum technologies at Zurich Instruments. His background is in the theoretical description of superconductor and semiconductor quantum systems, and he enjoys using flux capacitors to break time-reversal symmetry. At Zurich Instruments, he showed that even theoretical physicists can run complicated experiments with the right instruments.

Why Software Performance Matters for Quantum Computing

11.09.2025

LabOne Q gets a substantial boost in performance when compiling large experiments. This is enabled by our moving of the LabOne Q compiler to the Rust programming language - all while offering full continuity on the Python user interface level.

Quantum Technology User Meeting 2022 in Munich

23.06.2022

Isn't the best way to learn about experimental methods by exchange with other experts in the field? In this spirit, we hosted the Quantum Technology User Meeting together with Rohde & Schwarz from 13.-15.06.2022 in Munich. If you could not join in person, take a look at this blog post - and stay tuned for the next edition.

Randomized Benchmarking in Seconds

20.05.2021

Randomized benchmarking (RB) is a widely used tool in quantum information science to determine qubit fidelity and to characterize individual qubit gates. It is also an excellent example of a quantum experiment with advanced requirements on the control hardware and software. For an RB experiment, we apply random sequences of...