Assistant Professor: Quantum Photonics & SNSPDs

Department of Pharmacy, University of Copenhagen; Institute (NC); Sur place; USD 119 000 - 164 000; Plein temps

Résumé du poste

University of Copenhagen, Niels Bohr Institute, invites applications for an Assistant Professor in SNSPDs within the Novo Nordisk Foundation Quantum Computing Programme (NQCP). The role focuses on developing integrated superconducting nanowire single-photon detectors embedded in controllable photonic circuits, collaborating with multiple teams and supervising students.

The candidate will work at cutting-edge facilities, with DTU Nanolab fabrication and NQCP photonics labs, and will engage in

Qualifications

• PhD with postdoc experience in experimental physics, engineering, nanotechnologies, or related.
• Experience with SNSPDs fabrication and characterisation, quantum photonics, electronics, and cryogenic systems.
• Experience with control software and data logging – preferably in python.
• Good communication skills and a structured approach to work.

Responsabilités

• Taking the leading role in developing and integrating SNSPDs into our photonic circuits and establishing the electrical control circuit.
• Structuring the efforts on multiple projects, integrating experimental results in our database, and providing feedback to collaborating teams.
• Contributing to the other projects within the Photonics team. The projects span single photon sources and optical components like switches, cavities, etc.
• Teaching and supervision of students.
• Procurement, maintenance, and operation of scientific equipment.

Connaissances

SNSPD fabrication

Quantum photonics

Electronics

Cryogenics

Python

Formation

PhD with postdoc experience

Outils

Python

Description du poste

University of Copenhagen, Niels Bohr Institute, invites applications for an Assistant Professor in SNSPDs within the Novo Nordisk Foundation Quantum Computing Programme (NQCP). The role focuses on developing integrated superconducting nanowire single-photon detectors embedded in controllable photonic circuits, collaborating with multiple teams and supervising students.

The candidate will work at cutting-edge facilities, with DTU Nanolab fabrication and NQCP photonics labs, and will engage in