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Quantum standards in graphene devices for electrical SI units – GraphMet
Quantum physics revolutionized the electrical metrology by providing universal and reproducible resistance and voltage standards, based on the Planck constant h and the electron charge e only, using t
Quantum size effects in thin films on complex metallic alloys – ThinQ
This project focuses on the understanding and the tailoring of the structure property relationship at surfaces of complex metallic alloys. In the last few years, we have contributed significantly to
Quantum sensing with diamond defects at extreme conditions – SensExtreme
Over the past two decades the nitrogen-vacancy (NV) center in diamond has been used to demonstrate and develop a variety of sensing protocols for static magnetic and electric fields, pressure, tempera
Quantum properties of supersymmetric theories – QST
Non-perturbative effects and dualities in string theory and supersymmetric gauge theories.
Quantum phases of random interacting systems – Quapris
The proposed program considers the influence of disorder and interactions in quantum systems regarding their low-energy physical behavior and their entanglement properties. Recently, an intense activi
Quantum phases in twisted graphene and Moire profiles – TWISTGRAPH
The past three years have witnessed the striking discovery of twisted multilayer graphene as a versatile plateform to realize quantum phases of matter in a controlled setting. Recent experiments have
Quantum optics with single nanocrystals deterministically coupled to a dielectric micropillar – PONIMI
This project considers the coupling of a single fluorescent nano-emitter with an optical cavity. The emitters are colloidal nanocrystals. Their emission can be tuned in the whole visible range, and th
Quantum non-locality, computation and cryptography – NLQCC
According to the laws of quantum mechanics, it is possible to entangle two particles such that even if one is taken away from the other, it is not possible to describe the state of each one independen
Quantum materials above one hundred tesla – QMAHT
Original properties have emerged from the study of quantum matter in high magnetic fields. The new phases that are discovered as higher fields are made available lay the groundwork for future advances
Quantum many-body cORrelation in momentUM – QUORUM
Pairing of fermions is the microscopic mechanism at the heart of conventional superconductivity. In the Bardeen-Cooper-Schrieffer (BCS) model, the Cooper pair is formed by two electrons with opposite
