PhD in Quantum Networking with Superconducting Circuits

ETH Zurich; Zürich; Sur place; CHF 54 000 - 76 000; Plein temps

Avantages offerts par ce poste

Family-friendly environment

Excellent working conditions

Résumé du poste

ETH Zurich invites applications for Doctoral Students to contribute to the development of a two-node superconducting qubit quantum network and research in quantum networking applications.

You will join the Quantum Device Lab led by Andreas Wallraff at ETH Zurich's Department of Physics, working on fabrication, networking protocols, and distributed control systems to explore remote entanglement and quantum information experiments.

Qualifications

• Interest in experimental realizations of quantum information processing systems.
• Willingness to pursue a research career in academia or industry.
• Experience or strong interest in superconducting circuits or microwave technologies is a plus.

Responsabilités

• Become part of the team developing and running a two-node quantum network.
• Collaborate with the Quantum Device Lab and contribute to both theoretical and experimental progress.
• Perform research towards realizing quantum networking technologies and plan future experiments.
• Contribute to diverse aspects of the experimental effort, including electronics, microwave setups, and chip fabrication.

Connaissances

Quantum information processing

Experimental physics

Microwave electronics

FPGA

Instrumentation

Formation

PhD candidate in Physics

Outils

Cryogenics

Microwave engineering

Quantum device fabrication

Instrumentation

Electronics design tools

Description du poste

ETH Zurich invites applications for Doctoral Students to contribute to the development of a two-node superconducting qubit quantum network and research in quantum networking applications.

You will join the Quantum Device Lab led by Andreas Wallraff at ETH Zurich's Department of Physics, working on fabrication, networking protocols, and distributed control systems to explore remote entanglement and quantum information experiments.