Position type: Master 2 internships and theses
Contact: Hasselbach Klaus - 0476881154 | -
We have developed a magnetic scanning microscope operating at very low temperatures (0.2 kelvin). It is a well suited tool to detect magnetic fingerprints of topological superconductivity. We use a Superconducting Quantum interference Device (SQUID) as magnetic sensor in our microscope: Flying at a height of a few nanometers above the surface of the superconductor the SQUID probe intersects magnetic flux lines acquiring thus magnetic images. During the M2 internship the student will be familiarized with the cryogenic environment and scanning probe techniques before acquiring and interpreting magnetic images of superconductors with elements of the 5f family.
Person in charge: Guillaume DONNIER-VALENTIN
Permanents
Invited & Others
Guillaume DONNIER-VALENTIN
Personnel Technique - CNRS
Guillaume.Donnier-Valentin@neel.cnrs.fr
Phone: 04 76 88 12 13
Office: C2-102
Pierre-Frédéric SIBEUD
Personnel Technique - CNRS
pierre-frederic.sibeud@neel.cnrs.fr
Phone: 04 56 38 70 21
Office: V-103
Sébastien TRIQUENEAUX
Personnel Technique - CNRS
sebastien.triqueneaux@neel.cnrs.fr
Phone: 04 76 88 12 02
Office: M-207
André-Julien VIALLE
Personnel Technique - CNRS
andre-julien.vialle@neel.cnrs.fr
Phone: 04 56 38 71 98
Office: V-102
James BUTTERWORTH
Personnel Technique - ALAT Sassenage
james.butterworth@neel.cnrs.fr
Phone: 04 76 88 12 22
Office: E-413
Referent: Sébastien TRIQUENEAUX