POLARISED HELIUM AND QUANTUM FLUIDS
- Oct. 2021, Sept. 2020, Nov. 2019, July 2019, June – July 2018, June – July 2017, Oct. – Nov. 2016, ….//…, 2013 – 2014
Christopher Bidinosti (University of Winnipeg – Canada)
- June-July 2022, July-Aug. 2021
Marie Abboud Mehanna (Saint Joseph University of Beirut, Lebanon)
- Feb. – July, 2022
Titouan GADEYNE (Ecole Normale Supérieure; M2)
Probing nuclear spin self-orientation in ³He gas discharges.
- June – July, 2021
Wei LECONG (Sorbonne University: L3)
Magnetic field measurements in a low-field MRI system
- June – Aug., 2020
Katia HO-SAKATA (Univ. de Paris Diderot; M1)
Influence of concomittant RF fields on image quality in low field MRI.
- Feb. – June, 2020
Christiane Najm (Saint Joseph Univ./Univ. Bretagne Occidentale; M2)
Laser spectroscopy of the first excited levels of triplet-state He.
- May – July, 2019
Charlie Kersuzan (Sorbonne Univ., M1)
Laser spectroscopy of He in rf gas gas discharges.
- May – June, 2019
Selma Henader (Sorbonne Univ., M1)
Annular beam shaping of an infrared laser beam.
- June – July, 2017
Alexandre Klein (ENS Lyon, L3)
Evidence of alignment-to-orientation conversion in gaseous Helium.
- April – June, 2017
Jérôme Bouton (UPMC, M1)
NMR dynamics in polarised ³He : experimental versus numerical data.
- May – June, 2017
Sofiane Ait-Ouarab (UPMC, M1)
Collision-induced excitation transfer between 2³P sublevels in ³He gas.
- May – August, 2016
Geoffroy De Laitre (PHELMA, M1)
Towards optical pumping of helium-3 at low temperature.
- May – June, 2016
Modestin Sandjon (UPMC, M1)
Implementation of Arduino microcontrollers in low-field NMR experiments.
- March – September, 2016
Asmâa Agouzoul (Univ. de Reims Champagne-Ardennes, M2)
Yann Kergutuil (Univ. de Versailles Saint-Quentin-en-Yvelines, M2)
Lattice simulations in NMR: CPU versus GPU.
Supported by the Institute for Computing and Simulation (ICS@SU, Sorbonne Universités).
- March – June, 2016
Vittorio Fossati (UPMC, M1)
Spectroscopic studies in helium gas discharges.
- January, 2016
Ami Dramé and Janice Ronel (UPMC, L3)
NMR and MRI at low magnetic field.