Relative shift in transition temperature of weakly interacting Bose gas is proportional to s-wave scattering length in self-consistent Popov approximation, matching Monte Carlo simulations and experiments.
Using the local density approximation, the authors derived certa in thermodynamic quantities for the corresponding homogeneous BE C
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Transition temperature and thermodynamic properties of homogeneous weakly interacting Bose gas in self-consistent Popov approximation
Relative shift in transition temperature of weakly interacting Bose gas is proportional to s-wave scattering length in self-consistent Popov approximation, matching Monte Carlo simulations and experiments.