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Elliot Bes | ||
Doctorant | ||
| Téléphone :+33453590797 otherwise | N. floor: 40.95 number hallway Other : 5a | |
| Courriel : | Elliot.Bes or 1369253530 no-reply(A)gmail.com and univ-grenoble-alpes.fr | |
| Bureau :Piole165. Manager : 70 | A106 | |
| Équipe : | MOST | |
Currently a PhD student in the MOST team, I study quantum turbulence using numerical simulations.
When helium-4 is cooled down near absolute zero, it reaches a superfluid state, where it can flow with virtually no viscosity. Because of quantum mechanical constraints, any rotational motion of the fluid will generate quantum vortices, which possess a quantified circulation and an atom sized radius. These vortices can reconnect with one another, and when many vortices interact with each other, a state known as quantum turbulence may appear. This state has been shown to display similar properties to turbulence in classical fluids, including the emergence of Kolmogorov’s 1941 laws.
By using a numerical model called : vortex filament model (VFM) we investigate the similarities and differences between classical and quantum turbulence.
