A 3-year post-doctoral research position (f/m/d) is available at the LaTEQS laboratory of CEA in Grenoble https://www.lateqs.fr. The experimental researcher will join an existing team (3 PhDs, 3 staff researchers, 2 engineers) focusing on the development of novel quantum electronics based on Ge/SiGe heterostructures. This emerging material, which embeds a high-mobility two-dimensional hole gas, has been identified as a promising candidate for spin qubits and hybrid superconductor-semiconductor qubits. Along this line, we have already obtained some first encouraging results, such as the demonstration of ballistic hole transport over long distances and the realization of Josephson field-effect transistors and gate tunable SQUIDs. Candidates are expected to have a PhD in experimental physics and some experience in one or, hopefully, more of the following areas : nano-fabrication, high-frequency measurement techniques, low-temperature electronic transport, ability and interest in the supervision of graduate and undergraduate students
How to apply
Applications, including CV, publication list and preferentially two reference letters, should be sent to silvano.defranceschi@cea.fr
A 3-year post-doctoral research position (f/m/d) is available at the LaTEQS laboratory of CEA in Grenoble https://www.lateqs.fr. The experimental researcher will join an existing team (3 PhDs, 3 staff researchers, 2 engineers) focusing on the development of novel quantum electronics based on Ge/SiGe heterostructures. This emerging material, which embeds a high-mobility two-dimensional hole gas, has been identified as a promising candidate for spin qubits and hybrid superconductor-semiconductor qubits. Along this line, we have already obtained some first encouraging results, such as the demonstration of ballistic hole transport over long distances and the realization of Josephson field-effect transistors and gate tunable SQUIDs. Candidates are expected to have a PhD in experimental physics and some experience in one or, hopefully, more of the following areas : nano-fabrication, high-frequency measurement techniques, low-temperature electronic transport, ability and interest in the supervision of graduate and undergraduate students
