The Equilibrium Properties of the Polarized Dipolar Fermi Gases. 报告人：张静宁 导师：易俗. Outline: Polarized Dipolar Fermi Gases. Motivation and model Methods Hartree-Fock & local density approximation Minimization of the free energy functional Self-consistent field equations Results (normal phase)
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Oblate trap: >1
Prolate trap: <1
finite temperatureWigner distribution function
T. Miyakawa et al., PRA 77, 061603 (2008); T. Sogo et al., NJP 11, 055017 (2009).
Local collapseResult: Zero-temperature (2)
Always stretched alone the attractive direction
Interaction energy (dir. + exc.)Result: Zero-temperature (3)
PressureResult: Finite-temperature & Homogenous
Phase-space deformationResult: Finite-temperature & Trapped