| In this role you will perform research for the Dissipation-aided Microwave-Optical Entanglement program. The program aims to develop a high-frequency superconducting piezo-optomechanical system combined with dissipation engineering technique to generate highly entangled microwave-optical photons.
The research work primarily focuses on experiments, with emphasis on device design, nanofabrication, and low-temperature quantum experiments. The research is performed in CNM, taking advantage of the unique facilitates and capabilities, including the state-of-the-art cleanroom for nanofabrication, the Piezo-optomechanical Spectrometer in the Quantum Optomechanics Lab for device characterization, and the dilution refrigerator system in the Quantum Matter and Device Lab for cryogenic measurement.
Is a part of a highly collaborative team and actively interacts with staff scientists across groups as well as external collaborators.
Position Requirements
Considerable:
• A recent or soon-to-be-expected Ph.D. degree from related areas such as Physics, Applied Physics, Electrical Engineering, etc., is required.
• Considerable device nanofabrication skills are required.
• Considerable microwave and optical device characterization and measurement skills are required.
• Considerable skills in communication, collaboration, and presentation are required.
Good:
• Experience with superconducting and cryogenic quantum experiments is highly preferred.
• Nanomechanical and microwave device design and simulation skills are highly preferred.
Desirable:
• Knowledge and good understanding of quantum information science are desired.
- The candidate should have a strong background in experimental quantum physics and device nanofabrication. Programming skills to control microwave and optical measurements are highly preferred. |
(posted 2021/11/12, listed until 2022/05/12)