Dynamics of ultracold atomic gases and atomic nuclei within DFT

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Coupling to e.m. field:
• The system is placed on a 3D spatial lattice • Derivatives are computed with FFTW • Fully self-consistent treatment with Galilean invariance • No symmetry restrictions • Number of quasiparticle wave functions is of the order of the number of spatial lattice points • Initial state is the ground state of the SLDA (formally like HFB/BdG) • The code was implementation on JaguarPf (NCCS) and Franklin (NERSC) Future plans: - Ultrarelativistic Coulomb excitation (nuclear code) - Investigation of quantum turbulence (unitary gas code) - Dynamics of vortices in the inner crust of neutron star (nuclear code) - Induced fission process (nuclear code) - Extension to stochastic TDSLDA to include the effects of energy dissipation ….
Page 1 and 2: Dynamics of ultracold atomic gases
Page 3 and 4: Density Functional Theory (DFT) Hoh
Page 5 and 6: Formalism for Time Dependent Phenom
Page 7 and 8: SLDA for unitary Fermi gas SLDA - S
Page 10: Excitation of vortices through stir
Page 13 and 14: Details of simulations of unitary F
Page 15 and 16: Vortex reconnections Bulgac, Luo, M
Page 18 and 19: Nuclear dynamics from time dependen

Dynamics of ultracold atomic gases and atomic nuclei within DFT

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