The goal of the project is to investigate atomic-like systems in semiconductors under high magnetic field, with a particular focus to individual dopant atoms in silicon. These systems are promising candidates for the realization of spin quantum bits.

The main purpose of the MIME project is to access new sensitivity at the nanoscale by developping new forms of imaging techniques. Some of the informations that are actually missing in the nanomaterial science should then be revealed by the use of...

Quantum plasmonics aims to develop in ultra-confined geometries the usual concepts of quantum optics by the mean of metallic nanostructures.

The project target, based on the combination of atomic physics/laser spectroscopy tools and of high-magnetic field expertise, is the high precision measurement of the magnetic response of neutral atoms in excited states and immersed into the very...

Superconductivity (SC) offers the ultimate solution for the energy-saving technologies because this state of matter exhibits a zero resistance (below a material specific critical temperature Tc), enabling electrical transport without energy...

The SUGAREE project aims at taking graphene nanoribbons technology to a new level of control and understanding by combining a non-amorphizing, non-contaminating nanopatterning method with transport device fabrication process and extreme electronic...