The Superfluid Local Density Approximation Applied to Unitary Fermi Gases -Supplementary Material

The Superfluid Local Density Approximation Applied to Unitary Fermi Gases -Supplementary Material

All simulations can be found here: http://www.phys.washington.edu/groups/qmbnt/UFG. The simulations can be categorized by the excitations: ball and rod, centered ball, centered small ball, centered big ball, centered supersonic ball, off-centered ball, and twisted stirrer. The following table matches simulations with numerical experiments. In several studies, we present multiple perspectives of the event as well as different plotting schemes to reveal different features of the dynamics.
Obtain a tarball that contains the contents, links, and targets for this page here: nt-ufg-dat.tar.gz.
The download has size(B) : 1677363446
The download has MD5 checksum: MD5 (nt-ufg-dat.tar.gz) = 4cd4bffa55d731d6fb623af058f4c75f
3D Simulations
Excitation Link Description
Ball and Rod
(S1) nt-ball-rod-dns.m4v density volume plot of magnitude of pairing field; front facing with quarter segment slice; 5m28s duration (20.9 MB)
(S2) nt-ball-rod-dns-pln.m4v density volume plot of magnitude of pairing field; 2D slice; 5m28s duration (9.8MB)
(S3) nt-ball-rod-thin-angl.m4v density contour plot of magnitude of pairing field focused on vortices ; angled front-facing with quarter segment slice; 5m28s duration (12.8MB)
Centered Ball
(S4) nt-ball-c.m4v density contour plot of magnitude of pairing field focused on vortices; full geometry ; 3m29s duration (3.8MB)
(S5) nt-ball-c-w.m4v density contour plot of magnitude of pairing field focused on vortices; full geometry -white background; 3m29s duration (6MB)
Centered Ball, Long Trap
(S6) nt-ball-longr.m4v density contour plot of magnitude of pairing field focused on ball and vortex rings; full geometry; 1m39s duration (1.3MB)
(S7) nt-ball-longr-w.m4v density contour plot of magnitude of pairing field focused on ball and vortex rings; full geometry -white background; 1m39s duration (1.5MB)
Centered Small Ball
(S8) nt-small-ball.m4v density contour plot of magnitude of pairing fieldi focused on ball ; full geometry ; 2m4s duration (2.8MB)
Centered Big Ball
(S9) nt-big-ball.m4v density contour plot of magnitude of pairing field focused on ball and vortex rings; full geometry ; 16m40s duration (14.8MB)
(S10) nt-big-ball-w.m4v density contour plot of magnitude of pairing field focused on ball and vortex rings; full geometry ; 3m54s duration (6.2MB)
(S11) nt-big-ball-angl-w.m4v density contour plot of magnitude of pairing field focused at slight angle on ball and vortex rings; full geometry ; 3m54s duration (6.6MB)
Centered Supersonic Ball
(S12) nt-ssonic.m4v density contour plot of magnitude of pairing field; full geometry ; 3m54 duration (4.3MB)
Off-centered Ball
(S13) nt-ball-oc-v1.m4v density contour plot of magnitude of pairing field focused on vortices; full geometry ; 16m44s duration (11.9MB)
(S14) nt-ball-oc-v2.m4v density contour plot of magnitude of pairing field focused on vortices; full geometry ; 3m55s duration (4MB)
(S15) nt-ball-oc-wz.m4v density contour plot of magnitude of pairing field focused on vortices; transverse cut, zoomed geometry -white background ; 3m19s duration (5.3MB)
(S16) nt-ball-oc-bot.m4v density contour plot of magnitude of pairing field focused on vortices; bottom perspective ; 3m55s duration (2.6MB)
(S17) nt-ball-oc-top.m4v density contour plot of magnitude of pairing field focused on vortices; top perspective ; 3m55s duration (2.6MB)
Off-centered Two Ball Collision
(S18) nt-collide.m4v density contour plot of magnitude of pairing field ; full geometry ; 3m42s duration (3.6MB)
Twisted Stirrer
(S19) nt-twst.m4v density contour plot of magnitude of pairing field focused on the stirrer and vortices; full geometry ; 5m50s duration (9.4MB)
(S20) nt-twst-w.m4v density contour plot of magnitude of pairing field focused the stirrer and vortices; full geometry -rotated slightly, white background ; 5m50s duration (21MB)
(S21) nt-twst-wz.m4v density contour plot of magnitude of pairing field focused on vortices; transverse cut, zoomed geometry, white background ; 3m7s duration (10.6MB)
(S22) nt-twst-msh.m4v mesh plot of magnitude of pairing field focused on stirrer and vortices; full geometry ; 3m52s duration (28.9MB)
2D Simulations
Excitation Link Description
N = 32 Npart = 300 R = 6 potential, density, magnitude and phase of the pairing field plot
(S23) N32P300_r6_0.10_V1.mpeg V = 0.10 Vc, 1 vortex ; 1m0s duration (61.3 MB)
(S24) N32P300_r6_0.20_V3.mpeg V = 0.20 Vc, 3 vortices ; 0m58s duration (69.9 MB)
(S25) N32P300_r6_0.25_v5.mpeg V = 0.25 Vc, 5 vortices ; 1m0s duration (71.8 MB)
(S26) N32P300_r6_0.30_V6.mpeg V = 0.30 Vc, 6 vortices ; 1m0s duration (71.8 MB)
(S27) N32P300_r6_0.35_V7.mpeg V = 0.35 Vc, 7 vortices ; 1m0s duration (71.8 MB)
(S28) N32P300_r6_0.40_V9.mpeg V = 0.40 Vc, 9 vortices ; 1m0s duration (71.8 MB)
(S29) N32P300_r6_0.45_v0.mpeg V = 0.45 Vc, 0 vortices ; 0m58s duration (69.9 MB)
(S30) N32P300_r6_0.50_V0.mpeg V = 0.50 Vc, 0 vortices ; 1m0s duration (71.8 MB)
N = 32 Npart = 300 R = 10
(S31) N32P300_r10_0.2_V0.mpeg V = 0.20 Vc, 0 vortices ; 1m0s duration (53.5 MB)
(S32) N32P300_r10_0.3_V2.mpeg V = 0.30 Vc, 2 vortices ; 1m0s duration (67.6 MB)
(S33) N32P300_r10_0.4_V4.mpeg V = 0.40 Vc, 4 vortices ; 1m0s duration (71.8 MB)
(S34) N32P300_r10_0.5_V5.mpeg V = 0.50 Vc, 5 vortices ; 1m0s duration (72 MB)
(S35) N32P300_r10_0.6_V7.mpeg V = 0.60 Vc, 7 vortices ; 0m50s duration (60.1 MB)
(S36) N32P300_r10_0.7_V9.mpeg V = 0.70 Vc, 9 vortices ; 0m57s duration (68.6 MB)
N = 48 Npart = 1800 R = 15
(S37) N48P1800_r15_0.1667_V0.mpeg V = 0.1667 Vc, 0 vortices ; 1m0s duration (55.6 MB)
(S38) N48P1800_r15_0.2250_V5.mpeg V = 0.225 Vc, 5 vortices ; 1m0s duration (71.8 MB)
(S39) N48P1800_r15_0.4500_V13.mpeg V = 0.45 Vc, 13 vortices ; 1m0s duration (71.8 MB)
(S40) N48P1800_r15_0.6750_V0.mpeg V = 0.675 Vc, 0 vortices ; 0m41s duration (48.9 MB)