The goal of this course is to offer a pool of advanced quantum labworks covering a broad field of topics: quantum materials, quantum engineering, quantum information and quantum technologies. This course is only accessible to students who registered to the Graduate School program Quantum (UE PT1).
Students will attend from 5 to 7 labworks (depending on the number of students) among the ones listed below:
- Labwork 1 "STM": Scanning transmission microscopy on graphite and on graphene , V. Renard. Location: CIME-Nanotech.
- Labwork 2 "Hall": Hall effect, G. Seyfarth, H. Sellier, , Location Phelma Minatec M364.
- Labwork 3 "Supra": Superconductivity, G. Seyfarth, H. Sellier, Location Phelma Minatec M364.
- Labwork 4 "OscQ": Quantum oscillations in topological material, A. Pourret , G. Seyfarth, Location CEA IRIG, Batiment 10.05 room A334.
- Labwork 5 "PHOT": Photon bunching in cathodoluminescence,G. Jacopin , Location Néel Institute room C5-103.
- Labwork 6 "QO1": Quantum optics 1, 4h Generation of entangled photon pairs using non linear optics. P. Segonds,D. Ferrand Neel Institute, room C5-104
- Labwork 7 "QO2" : Quantum optics 2, 4h Entanglement and Bell inequalities. David Ferrand, P. Segonds, Neel Institute, room C5-104
Teacher emails:- STM: vincent.renard@cea.fr
- Hall and superconductivity: gabriel.seyfarth@lncmi.cnrs.fr , hermann.sellier@neel.cnrs.fr
- Quantum Oscillations: alexandre.pourret@univ-grenoble-alpes.fr , gabriel.seyfarth@lncmi.cnrs.fr
- Photon bunching: gwenole.jacopin@neel.cnrs.fr
- Quantum optics 1: patricia.segonds@neel.cnrs.fr, david.ferrand@neel.cnrs.fr
- Quantum optics 2: david.ferrand@neel.cnrs.fr,patricia.segonds@neel.cnrs.fr
The detailed planning will be established after the start of the academic year.