PhD position in qubit hardware development for hybrid quantum computing
Eindhoven University of Technology
Eindhoven, Netherlands, Europe

Experiments for characterization, calibration and operation of Rydberg atom-based quantum computer. Utilize the Rb clock transition as qubit for long coherence times of >100ms. A complete and scalable quantum instruction set optimized for large qubit arrays. Employment of pulse-optimized multi-qubit gates that reduce the overall gate time (using intensity- and frequency-shaped laser pulses). Implementation of quantum error correction protocols optimized for Rydberg QCCollaboration between experimental and theoretical groups and industry partners to achieve the best performance.