PhD in Structural Studies of Superconductor–Semiconductor Interfaces Institut Néel in France

PhD opportunity in Physics / Materials Science / Quantum Devices at Institut Néel, Grenoble, France. This doctoral project focuses on the structural studies of superconductor–semiconductor interfaces , specifically InAs/Sn nanostructures developed for tunable Josephson junctions and transmon qubits. The research is hosted in the Grenoble quantum research ecosystem through the QuanG2 PhD Call , coordinated by Université Grenoble Alpes and funded under Horizon Europe – COFUND . The thesis will inv...

PhD opportunity in Physics / Materials Science / Electrical Engineering at NEEL Institute, Grenoble, France. This QuanG2 doctoral project focuses on low-temperature transport and transmission electron microscopy (TEM) of silicon-aluminum interfaces , with strong relevance to quantum computing , superconducting-semiconducting hybrid structures, and nanoscale device physics. The student will work on fabricating silicon membranes from SOI substrates, studying Al-Si exchange reactions, and correlati...

Postdoctoral opportunity at CEA-LETI in Romans sur Isere, Rhône Alpes, France focused on superconducting BEOL integration for upcoming quantum devices . The project aims to integrate quantum devices within FD-SOI technology on a 300 mm platform , with a strong emphasis on developing and integrating superconducting interconnects that improve thermomagnetic isolation and electrical continuity. Research topics include high-temperature superconducting materials such as ZrN , HfN , and NbTiN , proces...

This PhD project is hosted at Institut Néel in Grenoble and is part of the QuanG2 PhD Call , coordinated by Université Grenoble Alpes within the Horizon Europe COFUND framework. The position is focused on the structural and chemical study of superconductor–semiconductor interfaces , specifically InAs/Sn nanostructures developed for tunable Josephson junctions and transmon qubits in quantum devices. The research addresses a major challenge in quantum technology: improving coherence times by under...

This PhD project at Institut Néel , Université Grenoble Alpes, focuses on electron ptychography of quantum dot emitters in nitride semiconductors. The research targets wurtzite AlGaN-based quantum materials, including quantum dots or quantum wells, potentially embedded in a p-n junction, with the goal of reconstructing their structure and electrostatic properties in three dimensions. The project combines advanced experimental physics, transmission electron microscopy, and computational analysis....