SUSY 2d Bound State runs

Scalar Eigenvalues $12 \times 12, N = 12$, different $r_\tau$ $N = 2, r_\tau = 5.0$, different lattices $N = 2, r_\tau = 5.0, 4 \times 4$, individual 'X' behaviour $N = 2, r_\tau = 5.0, 4 \times 4$, $X_a^2$ eigen values
Aspect ratio dependence: $\zeta=0.30$ Unitary Polyakov loop Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$2S_B/3N^2$ vs Ward, $24 \times 24, N = 12, \zeta = 0.30$ $\alpha$ vs rt $E$ vs rt (rt>2), different $\alpha=1$ lattices
N dependence: Unitary Polyakov loop Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL $|W^u|_{T_c}$ histograms vs N
$r_t = 0.333, \zeta = 0.30$ $r_t = 0.333, \zeta = 0.40$ $r_t = 0.333, \zeta = 0.50$ $r_t = 0.5, \zeta = 0.10$ $r_t = 0.5, \zeta = 0.20$ $r_t = 0.5, \zeta = 0.30$ $r_t = 0.5, \zeta = 0.40$ $r_t = 0.5, \zeta = 0.50$
$r_t = 0.75, \zeta = 0.10$ $r_t = 0.75, \zeta = 0.20$ $r_t = 0.75, \zeta = 0.30$ $r_t = 0.75, \zeta = 0.40$ $r_t = 0.75, \zeta = 0.50$ $r_t = 1.0, \zeta = 0.10$ $r_t = 1.0, \zeta = 0.20$ $r_t = 1.0, \zeta = 0.30$
$r_t = 1.0, \zeta = 0.40$ $r_t = 1.0, \zeta = 0.50$ $r_t = 2.0, \zeta = 0.10$ $r_t = 2.0, \zeta = 0.20$ $r_t = 2.0, \zeta = 0.30$ $r_t = 2.0, \zeta = 0.40$ $r_t = 2.0, \zeta = 0.50$ $r_t = 3.0, \zeta = 0.30$
$r_t = 3.0, \zeta = 0.40$ $r_t = 3.0, \zeta = 0.50$ $r_t = 5.0, \zeta = 0.30$ $r_t = 5.0, \zeta = 0.40$ $r_t = 5.0, \zeta = 0.50$ $r_t = 7.0, \zeta = 0.30$ $r_t = 7.0, \zeta = 0.40$ $r_t = 7.0, \zeta = 0.50$
$r_t = 1.25, \zeta = 0.10$ $r_t = 1.25, \zeta = 0.20$ $r_t = 1.25, \zeta = 0.30$ $r_t = 1.25, \zeta = 0.40$ $r_t = 1.25, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity Wilson GIF Ward Vol. Dep. (r_t=5.0)
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.6, \zeta = 0.30$ $r_t = 0.8, \zeta = 0.30$ $r_t = 1.0, \zeta = 0.30$ $r_t = 1.2, \zeta = 0.30$ $r_t = 1.4, \zeta = 0.30$ $r_t = 1.6, \zeta = 0.30$ $r_t = 1.8, \zeta = 0.30$ $r_t = 2.0, \zeta = 0.30$
$r_t = 0.9, \zeta = 0.30$ $r_t = 0.95, \zeta = 0.30$ $r_t = 1.05, \zeta = 0.30$ $r_t = 1.1, \zeta = 0.30$
$r_t = 0.6, \zeta = 0.40$ $r_t = 0.8, \zeta = 0.40$ $r_t = 1.0, \zeta = 0.40$ $r_t = 1.2, \zeta = 0.40$ $r_t = 1.4, \zeta = 0.40$ $r_t = 1.6, \zeta = 0.40$ $r_t = 1.8, \zeta = 0.40$ $r_t = 2.0, \zeta = 0.40$
$r_t = 0.9, \zeta = 0.40$ $r_t = 0.95, \zeta = 0.40$ $r_t = 1.05, \zeta = 0.40$ $r_t = 1.1, \zeta = 0.40$
$r_t = 0.6, \zeta = 0.50$ $r_t = 0.8, \zeta = 0.50$ $r_t = 1.0, \zeta = 0.50$ $r_t = 1.2, \zeta = 0.50$ $r_t = 1.4, \zeta = 0.50$ $r_t = 1.6, \zeta = 0.50$ $r_t = 1.8, \zeta = 0.50$ $r_t = 2.0, \zeta = 0.50$
$r_t = 0.9, \zeta = 0.50$ $r_t = 0.95, \zeta = 0.50$ $r_t = 1.05, \zeta = 0.50$ $r_t = 1.1, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.3, \zeta = 0.30$ $r_t = 0.35, \zeta = 0.30$ $r_t = 0.4, \zeta = 0.30$ $r_t = 0.45, \zeta = 0.30$ $r_t = 0.5, \zeta = 0.30$ $r_t = 0.55, \zeta = 0.30$ $r_t = 0.6, \zeta = 0.30$ $r_t = 0.65, \zeta = 0.30$
$r_t = 0.7, \zeta = 0.30$ $r_t = 0.75, \zeta = 0.30$ $r_t = 0.8, \zeta = 0.30$ $r_t = 0.85, \zeta = 0.30$ $r_t = 0.9, \zeta = 0.30$
$r_t = 0.3, \zeta = 0.40$ $r_t = 0.35, \zeta = 0.40$ $r_t = 0.4, \zeta = 0.40$ $r_t = 0.45, \zeta = 0.40$ $r_t = 0.5, \zeta = 0.40$ $r_t = 0.55, \zeta = 0.40$ $r_t = 0.6, \zeta = 0.40$ $r_t = 0.65, \zeta = 0.40$
$r_t = 0.7, \zeta = 0.40$ $r_t = 0.75, \zeta = 0.40$ $r_t = 0.8, \zeta = 0.40$ $r_t = 0.85, \zeta = 0.40$ $r_t = 0.9, \zeta = 0.40$
$r_t = 0.3, \zeta = 0.50$ $r_t = 0.35, \zeta = 0.50$ $r_t = 0.4, \zeta = 0.50$ $r_t = 0.45, \zeta = 0.50$ $r_t = 0.5, \zeta = 0.50$ $r_t = 0.55, \zeta = 0.50$ $r_t = 0.6, \zeta = 0.50$ $r_t = 0.65, \zeta = 0.50$
$r_t = 0.7, \zeta = 0.50$ $r_t = 0.75, \zeta = 0.50$ $r_t = 0.8, \zeta = 0.50$ $r_t = 0.85, \zeta = 0.50$ $r_t = 0.9, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.6, \zeta = 0.30$ $r_t = 0.8, \zeta = 0.30$ $r_t = 0.9, \zeta = 0.30$ $r_t = 1.0, \zeta = 0.30$ $r_t = 1.1, \zeta = 0.30$ $r_t = 1.2, \zeta = 0.30$ $r_t = 1.3, \zeta = 0.30$ $r_t = 1.6, \zeta = 0.30$
$r_t = 0.7, \zeta = 0.30$ $r_t = 0.75, \zeta = 0.30$ $r_t = 0.85, \zeta = 0.30$ $r_t = 0.95, \zeta = 0.30$ $r_t = 0.7, \zeta = 0.20$ $r_t = 0.75, \zeta = 0.20$ $r_t = 0.85, \zeta = 0.20$ $r_t = 0.95, \zeta = 0.20$
$r_t = 0.6, \zeta = 0.20$ $r_t = 0.8, \zeta = 0.20$ $r_t = 0.9, \zeta = 0.20$ $r_t = 1.0, \zeta = 0.20$ $r_t = 1.1, \zeta = 0.20$ $r_t = 1.2, \zeta = 0.20$ $r_t = 1.3, \zeta = 0.20$ $r_t = 1.6, \zeta = 0.20$
$r_t = 0.6, \zeta = 0.40$ $r_t = 0.8, \zeta = 0.40$ $r_t = 0.9, \zeta = 0.40$ $r_t = 1.0, \zeta = 0.40$ $r_t = 1.1, \zeta = 0.40$ $r_t = 1.2, \zeta = 0.40$ $r_t = 1.3, \zeta = 0.40$ $r_t = 1.6, \zeta = 0.40$
$r_t = 0.7, \zeta = 0.40$ $r_t = 0.75, \zeta = 0.40$ $r_t = 0.85, \zeta = 0.40$ $r_t = 0.95, \zeta = 0.40$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.6, \zeta = 0.30$ $r_t = 0.8, \zeta = 0.30$ $r_t = 0.9, \zeta = 0.30$ $r_t = 1.0, \zeta = 0.30$ $r_t = 1.1, \zeta = 0.30$ $r_t = 1.2, \zeta = 0.30$ $r_t = 1.3, \zeta = 0.30$ $r_t = 1.6, \zeta = 0.30$
$r_t = 0.7, \zeta = 0.30$ $r_t = 0.75, \zeta = 0.30$ $r_t = 0.85, \zeta = 0.30$ $r_t = 0.95, \zeta = 0.30$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.6, \zeta = 0.30$ $r_t = 0.8, \zeta = 0.30$ $r_t = 0.9, \zeta = 0.30$ $r_t = 1.0, \zeta = 0.30$ $r_t = 1.1, \zeta = 0.30$ $r_t = 1.2, \zeta = 0.30$ $r_t = 1.3, \zeta = 0.30$ $r_t = 1.6, \zeta = 0.30$
$r_t = 0.7, \zeta = 0.30$ $r_t = 0.75, \zeta = 0.30$ $r_t = 0.85, \zeta = 0.30$ $r_t = 0.95, \zeta = 0.30$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.2, \zeta = 0.30$ $r_t = 0.3, \zeta = 0.30$ $r_t = 0.4, \zeta = 0.30$ $r_t = 0.6, \zeta = 0.30$ $r_t = 0.8, \zeta = 0.30$ $r_t = 1.0, \zeta = 0.30$ $r_t = 1.2, \zeta = 0.30$ $r_t = 1.4, \zeta = 0.30$
$r_t = 0.25, \zeta = 0.30$ $r_t = 0.35, \zeta = 0.30$ $r_t = 0.5, \zeta = 0.30$ $r_t = 0.25, \zeta = 0.40$ $r_t = 0.35, \zeta = 0.40$ $r_t = 0.5, \zeta = 0.40$
$r_t = 0.2, \zeta = 0.40$ $r_t = 0.3, \zeta = 0.40$ $r_t = 0.4, \zeta = 0.40$ $r_t = 0.6, \zeta = 0.40$ $r_t = 0.8, \zeta = 0.40$ $r_t = 1.0, \zeta = 0.40$ $r_t = 1.2, \zeta = 0.40$ $r_t = 1.4, \zeta = 0.40$
$r_t = 0.2, \zeta = 0.50$ $r_t = 0.3, \zeta = 0.50$ $r_t = 0.4, \zeta = 0.50$ $r_t = 0.6, \zeta = 0.50$ $r_t = 0.8, \zeta = 0.50$ $r_t = 1.0, \zeta = 0.50$ $r_t = 1.2, \zeta = 0.50$ $r_t = 1.4, \zeta = 0.50$
$r_t = 0.25, \zeta = 0.50$ $r_t = 0.35, \zeta = 0.50$ $r_t = 0.5, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 1.0, \zeta = 0.30$ $r_t = 1.0, \zeta = 0.40$ $r_t = 1.0, \zeta = 0.50$ $r_t = 3.0, \zeta = 0.30$ $r_t = 3.0, \zeta = 0.40$ $r_t = 3.0, \zeta = 0.50$
$r_t = 5.0, \zeta = 0.30$ $r_t = 5.0, \zeta = 0.40$ $r_t = 5.0, \zeta = 0.50$ $r_t = 7.0, \zeta = 0.30$ $r_t = 7.0, \zeta = 0.40$ $r_t = 7.0, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines
$r_t = 3.0, \zeta = 0.30$ $r_t = 3.0, \zeta = 0.40$ $r_t = 3.0, \zeta = 0.50$ $r_t = 5.0, \zeta = 0.30$ $r_t = 5.0, \zeta = 0.40$ $r_t = 5.0, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines temp
$r_t = 0.05, \zeta = 0.60$ $r_t = 0.075, \zeta = 0.60$ $r_t = 0.1, \zeta = 0.60$ $r_t = 0.125, \zeta = 0.60$
$r_t = 0.15, \zeta = 0.60$ $r_t = 0.175, \zeta = 0.60$ $r_t = 0.2, \zeta = 0.60$
$r_t = 0.05, \zeta = 0.70$ $r_t = 0.075, \zeta = 0.70$ $r_t = 0.1, \zeta = 0.70$ $r_t = 0.125, \zeta = 0.70$
$r_t = 0.15, \zeta = 0.70$ $r_t = 0.175, \zeta = 0.70$ $r_t = 0.2, \zeta = 0.70$
$r_t = 0.05, \zeta = 0.80$ $r_t = 0.075, \zeta = 0.80$ $r_t = 0.1, \zeta = 0.80$ $r_t = 0.125, \zeta = 0.80$
$r_t = 0.15, \zeta = 0.80$ $r_t = 0.175, \zeta = 0.80$ $r_t = 0.2, \zeta = 0.80$
$r_t = 0.2, \zeta = 0.60$(Loaded from unstable run) $r_t = 0.2, \zeta = 0.30$ $r_t = 0.15, \zeta = 0.40$ $r_t = 0.15, \zeta = 0.50$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL
$r_t = 0.1, \zeta = 0.60$ $r_t = 0.15, \zeta = 0.60$ $r_t = 0.175, \zeta = 0.60$ $r_t = 0.2, \zeta = 0.60$
$r_t = 0.225, \zeta = 0.60$ $r_t = 0.25, \zeta = 0.60$ $r_t = 0.275, \zeta = 0.60$ $r_t = 0.3, \zeta = 0.60$
$r_t = 0.2, \zeta = 0.30$
Plots: Bosonic action Energy density Scalar Square Ward Identity
Maldacena loop Unitary Polyakov loop Spatial Wilson lines Unitary Spatial Wilson lines $\chi$ Unitary Spatial WL