Jonas Bühler - DR Project
Scalable Integrated Readout Circuits for Silicon Quantum Dots at Cryogenic Temperatures
In this topic we strive for system solutions of future universal quantum computers. Intermediate demonstartors show the potential for the long-term scientific challenges ranging from scalable system concepts to System-on-Chip (SoC) implementations providing all control and readout functions at temperatures down to almost 0 Kelvin (-273.15 °C). All developments are driven top-down from the application and implemented bottom-up in accordance with industrial quality standards.
Specific PhD topics are advertised here, but we are also interested to see your application besides that. Please detail your motivation and your fit with us.
We are happy to offer interested and motivated Bachelor and Master students topics for their theses at our institute in the fields of analog and digital integrated circuit design, cryogenic measurements and characterization, electronics modeling, electronic system design, and connected.
In some cases specific topics are advertised under Current Vacancies, but please reach out anyway if you are interested and no or no fitting topic is advertised, we can see together what could fit you.
We can directly supervise theses for the RWTH Aachen University (Electrical Engineering, Prof. Geck) and University Duisburg-Essen (NTS, Prof. van Waasen).