PhD-Studentships: Deterministic Entangled Photon Sources built using Semiconductor Quantum Dot Molecules

13.01.2022, Wissenschaftliches Personal

The chair for Semiconductor Nanostructures and Quantum Systems (SNQS) at the Walter Schottky Institut (WSI - Prof. Dr. J. J. Finley) is looking for a doctoral student (m/f/d) to work in the field of deterministic entangled photon sources built using III-V semiconductor quantum dot nanostructures. The position is based at the Walter Schottky Institut, an inter-disciplinary central research institute of the Technical University of Munich. The studentship are for limited period of 3-years with possible extensions. The research is funded by the German Federal Ministry of Education and Research (BMBF) within the PhotonQ project (www.photonq.de).

The chair for Semiconductor Nanostructures and Quantum Systems (SNQS) at the Walter Schottky Institut (WSI - Prof. Dr. J. J. Finley) is looking for a doctoral student (m/f/d) to work in the field of deterministic entangled photon sources built using III-V semiconductor quantum dot nanostructures. The position is based at the Walter Schottky Institut, an inter-disciplinary central research institute of the Technical University of Munich. The studentship are for limited period of 3-years with possible extensions. The research is funded by the German Federal Ministry of Education and Research (BMBF) within the PhotonQ project (www.photonq.de). The successful candidates will join our close-knit team of researchers working on:
• The growth of semiconductor samples consisting of III-V quantum dot (QD) and QD-molecule (QDM) nanostructures emitting in the telecommunications C and O-bands.
• Numerical photonic design + device fabrication in the WSI shared nanofabrication facili-ties.
• Exploration of optically addressable single and few spin qubits using low-temperature quantum optical methods.
• Development of deterministic sources of quantum light for applications in photon-based quantum information processing.
What we expect from you: Candidates are expected to hold a M.Sc. degree in physics, electrical engineering, materials science or similar with outstanding academic record and should possess exceptional motivation and creativity combined with very good communica-tions skills and proficiency in English (oral and written). A strong background in quantum physics, opto-electronics and photonics of semiconductor-based nanostructures both exper-imentally and theoretically is an advantage. Knowledge of state-of- the-art nanofabrication methods, advanced optical spectroscopy, and numerical photonic simulation is considered an asset.
What we offer you:
• A vibrant research environment that provides you with the opportunity to perform curios-ity driven and applied research as part of an international team.
• High level training in semiconductor growth, nanofabrication, optical spectroscopy, quantum optical and nanoanalytical characterization techniques.
• Research towards PhD qualification at a leading German University.
• A vibrant research environment that includes leading researchers drawn from the DFG Cluster of Excellence Munich Center for Quantum Science and Technology (www.mcqst.de), Munich Quantum Valley (www.munich-quantum-valley.de) as well as in-dustrial and academic collaboration partners at the universities of Stuttgart, Mainz and Würzburg.

Interested applicants should submit their application via email including a one-page letter of motivation, CV including transcript of records and names of 3-referee’s and an electronic copy of your MSc thesis to [email protected]. Please mark your application PhD-QDM Ap-plicant.

Deadline for applications is 28.2.22. Envisaged start dates April – September 2022.

The Technical University of Munich is an equal opportunities employer and applications from persons with a physical disability are welcome.

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Kontakt: [email protected]

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