His work focuses on the experimental realization of new electronic components that take advantage of the unique properties of quantum mechanics. To do this he uses superconducting materials that allow a minimum of dissipation, and he cools these circuits close to absolute zero (-273°C), so that their quantum properties are not destroyed by temperature.
Although expectations and promises regarding quantum information are increasingly expected, there is still a major difficulty to overcome: the phenomenon of quantum decoherence, which makes the best current quantum chips quasi-inoperative even at very low temperatures. The SuperProtected project aims at establishing a generation of superconducting quantum bits that will be intrinsically protected against decoherence thanks to a new way of encoding quantum information and innovative nano-fabrication techniques.