00:22

ASLDA: Hindrance of vortex reconnection in UFG: spin-asymmetric case P=20%, Movie 9, Visualization 2

00:22

ASLDA: Hindrance of vortex reconnection in UFG: spin-asymmetric case P=20%, Movie 9, Visualization 1

00:16

ASLDA: Vortex reconnection in unitary Fermi gas: spin-symmetric case P=0%, Movie 8, Visualization 1

00:21

ASLDA: Solitonic cascade in unitary Fermi gas: spin-symmetric case P=0%, Movie 7, Visualization 1

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=60%, Movie 6, Visualization 3

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=60%, Movie 6, Visualization 2

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=60%, Movie 6, Visualization 1

00:39

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=50%, Movie 5, Visualization 3

00:39

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=50%, Movie 5, Visualization 2

00:39

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=50%, Movie 5, Visualization 1

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=40%, Movie 4, Visualization 3

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=40%, Movie 4, Visualization 2

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=40%, Movie 4, Visualization 1

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=20%, Movie 3, Visualization 2

00:42

ASLDA: Solitonic cascade in unitary Fermi gas: spin-asymmetric case P=20%, Movie 3, Visualization 1

00:19

ASLDA: Solitonic cascade in unitary Fermi gas: spin-symmetric case P=0%, Movie 2, Visualization 1

00:17

ASLDA: Solitonic cascade in unitary Fermi gas: spin-symmetric case P=0%, Movie 1, Visualization 4

00:32

ASLDA: Solitonic cascade in unitary Fermi gas: spin-symmetric case P=0%, Movie 1,Visualization 1

00:26

90Zr+90Zr E=1.38VBass (noncentral 1)

00:19

240Pu+240Pu E=1.50VBass

00:18

240Pu+240Pu E=1.40VBass

00:15

240Pu+240Pu E=1.20VBass

00:16

240Pu+240Pu E=1.30VBass

00:15

240Pu+240Pu E=1.15VBass

00:16

240Pu+240Pu E=1.07VBass

00:16

240Pu+240Pu E=1.09VBass

00:16

240Pu+240Pu E=1.04VBass

00:24

90Zr+90Zr E=1.38VBass (noncentral 3)

00:26

90Zr+90Zr E=1.38VBass (noncentral 2)

00:34

90Zr+90Zr E=1.03VBass

00:24

90Zr+90Zr E=1.02VBass

00:28

90Zr+90Zr E=1.00VBass

00:34

90Zr+90Zr E=0.99VBass

00:20

90Zr+90Zr E=0.98VBass

00:26

90Zr+90Zr E=1.13VBass

00:45

90Zr+90Zr E=1.15VBass

00:42

90Zr+90Zr E=1.14VBass

00:24

90Zr+90Zr E=1.12VBass

00:24

90Zr+90Zr E=1.11VBass

00:28

90Zr+90Zr E=1.05VBass

00:28

90Zr+90Zr E=1.04VBass

00:13

Response of spinning gyroscope when pushed

01:07

Vortex-nucleus interaction: force per unit length, n=0.014fm^-3

01:07

Vortex-nucleus interaction: force per unit length, n=0.031fm^-3

01:07

Vortex-nucleus interaction: dynamics of unpinned configuration, n=0.014fm^-3

01:07

Vortex-nucleus interaction: dynamics of unpinned configuration, n=0.031fm^-3

00:10

Vortex-nucleus interaction: decay of pinned configuration, n=0.014fm^-3

00:10

Vortex-nucleus interaction: decay of pinned configuration, n=0.031fm^-3