'Superfluidity' diaporamas de présentation

Quantum Turbulence: -From Superfluid Helium to Atomic Bose-Einstein Condensates-

Quantum Turbulence: -From Superfluid Helium to Atomic Bose-Einstein Condensates-. Makoto TSUBOTA Department of Physics, Osaka City University, Japan. Thanks to: M. Kobayashi, S. Kida and many friends.

645 views • 49 slides

Quantum Hall Ferromagnets-III

Quantum Hall Ferromagnets-III. Les Houches June 2006. University of Texas at Austin. Ramin Abolfath Luis Brey Anton Burkov Rene Cote Jim Eisenstein Herb Fertig Steve Girvin Charles Hanna Tomas Jungwirth Kentaro Nomura

420 views • 29 slides

Spectroscopy of (Helium) N -Molecule Clusters: Tracing the Onset of Superfluidity

324 views • 24 slides

Bose-Einstein distribution function

Bose-Einstein distribution function. Armed with. We calculate. i n the grandcanonical ensemble. Probability to find the state. With ? we can calculate thermal averages:. Again complete thermodynamics via potential. f rom Legendre transformation of Helmholtz free energy.

1.61k views • 7 slides

Trapped ultracold atoms: Bosons

Trapped ultracold atoms: Bosons. Bose-Einstein condensation of a dilute bosonic gas. Probe of superfluidity: vortices. Ultracold bosons in an optical lattice. A double well. Increasing V, one passes from a superfluid to a Mott insulator. Trapped ultracold atoms: Fermions.

255 views • 6 slides