Ultra cold atomic gases Bose-Fermi mixture
3
Ultra cold atomic Ultra cold atomic gases gases Bose-Fermi mixture Bose-Fermi mixture Takayuki WATANABE Takayuki WATANABE Tokyo Metropolitan Universit Tokyo Metropolitan Universit y, y, IPN Orsay IPN Orsay T. Suzuki, P. Schuck T. Suzuki, P. Schuck
description
Ultra cold atomic gases Bose-Fermi mixture. Takayuki WATANABE Tokyo Metropolitan University, IPN Orsay T. Suzuki, P. Schuck. Research subject Bose-Fermi mixture Stability Fermionic pair Dispersion relation Occupation number Method T-Matrix approch Non-self-consistent way - PowerPoint PPT Presentation
Transcript of Ultra cold atomic gases Bose-Fermi mixture
Ultra cold atomic gasesUltra cold atomic gasesBose-Fermi mixtureBose-Fermi mixture
Takayuki WATANABETakayuki WATANABETokyo Metropolitan University,Tokyo Metropolitan University,
IPN OrsayIPN OrsayT. Suzuki, P. SchuckT. Suzuki, P. Schuck
Research subjectResearch subject Bose-Fermi mixtureBose-Fermi mixture
StabilityStability Fermionic pairFermionic pair
Dispersion relationDispersion relation Occupation numberOccupation number
MethodMethod T-Matrix approchT-Matrix approch
Non-self-consistent wayNon-self-consistent way Self-consistent treatment (in future)Self-consistent treatment (in future)
Quantum phase of Bose-Fermi mixture gases
G. Modugno et. al ; Science 297 (2002) 2240
Pressure as a function of Inverse scattering length
Fermion dispersion relation
Collective Bose-Fermi pair like mode show up
