Quantum Materials and Devices (Q-MAD)

Our research is oriented to develop the scientific basis of future quantum technologies, based on the manipulation and detection of quantum states in materials. The main theme of our research is the study of the interaction of these materials with electromagnetic radiation in devices. The group combine expertise in fabrication, experimentation and theory. Our research can be grouped in three main axis: - Nanophotonics (with the aim of controlling light-matter interaction at the nanoscale) - Quantum Circuits (with the sublines of Quantum Circuits with Magnetic Molecules and the Exploration of Light-Matter interaction in New Regimes of Coupling Strength). - Sensors (both radiation Sensors based on Quantum Technology and Scanning Magnetic Microscopy).