SU(2) in 2+1 dimensions: Run B, beta=3.4, xi=4, (56 x 56) x 112 as * at * sigma = 0.030307(62) 1 / (as * at * sigma) = 32.996(67) xi = 4 Zxi = 0.9545(30) 1 / Zxi = 1.0476(33) a_s * sqrt(sigma) = 0.34016(64) a_t * sqrt(sigma) = 0.08909(17) 1 / (a_s * sqrt(sigma)) = 2.9397(55) 1 / (a_t * sqrt(sigma)) = 11.224(21) Energy gaps above the ground state. orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Sg' / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 2.111800 0.005265 (8,0) 2.721319 0.005103 0.367459 0.000689 1.778334 0.005409 (10,0) 3.401649 0.006378 0.293967 0.000551 1.527926 0.006298 (12,0) 4.081978 0.007654 0.244972 0.000459 1.335883 0.007712 (14,0) 4.762308 0.008930 0.209976 0.000393 1.186155 0.008272 (16,0) 5.442638 0.010205 0.183729 0.000344 1.061119 0.009855 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Sg'' / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 3.455428 0.009017 (8,0) 2.721319 0.005103 0.367459 0.000689 3.023864 0.009591 (10,0) 3.401649 0.006378 0.293967 0.000551 2.692082 0.009333 (12,0) 4.081978 0.007654 0.244972 0.000459 2.412043 0.009750 (14,0) 4.762308 0.008930 0.209976 0.000393 2.187338 0.011631 (16,0) 5.442638 0.010205 0.183729 0.000344 1.982163 0.016145 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Su / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 2.892992 0.008043 (8,0) 2.721319 0.005103 0.367459 0.000689 2.474448 0.008452 (10,0) 3.401649 0.006378 0.293967 0.000551 2.161074 0.008145 (12,0) 4.081978 0.007654 0.244972 0.000459 1.914706 0.009981 (14,0) 4.762308 0.008930 0.209976 0.000393 1.723561 0.010390 (16,0) 5.442638 0.010205 0.183729 0.000344 1.575853 0.012694 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Ag / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 2.232458 0.009097 (8,0) 2.721319 0.005103 0.367459 0.000689 1.838607 0.010884 (10,0) 3.401649 0.006378 0.293967 0.000551 1.557895 0.012686 (12,0) 4.081978 0.007654 0.244972 0.000459 1.344638 0.014807 (14,0) 4.762308 0.008930 0.209976 0.000393 1.207256 0.007103 (16,0) 5.442638 0.010205 0.183729 0.000344 1.085700 0.010855 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Ag' / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 3.571036 0.010747 (8,0) 2.721319 0.005103 0.367459 0.000689 3.101535 0.010040 (10,0) 3.401649 0.006378 0.293967 0.000551 2.738662 0.010241 (12,0) 4.081978 0.007654 0.244972 0.000459 2.438981 0.012116 (14,0) 4.762308 0.008930 0.209976 0.000393 2.212255 0.013022 (16,0) 5.442638 0.010205 0.183729 0.000344 2.050629 0.015087 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Au / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 1.258438 0.003332 (8,0) 2.721319 0.005103 0.367459 0.000689 1.007468 0.003474 (10,0) 3.401649 0.006378 0.293967 0.000551 0.841465 0.004232 (12,0) 4.081978 0.007654 0.244972 0.000459 0.715195 0.005660 (14,0) 4.762308 0.008930 0.209976 0.000393 0.621025 0.007166 (16,0) 5.442638 0.010205 0.183729 0.000344 0.547508 0.009372 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Au' / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 2.814985 0.015513 (8,0) 2.721319 0.005103 0.367459 0.000689 2.449756 0.007421 (10,0) 3.401649 0.006378 0.293967 0.000551 2.144687 0.007839 (12,0) 4.081978 0.007654 0.244972 0.000459 1.909094 0.009455 (14,0) 4.762308 0.008930 0.209976 0.000393 1.695052 0.011555 (16,0) 5.442638 0.010205 0.183729 0.000344 1.551834 0.011376 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Au'' / sqrt(sigma) (6,0) 2.040989 0.003827 0.489945 0.000918 3.041262 0.008151 (8,0) 2.721319 0.005103 0.367459 0.000689 2.592750 0.008761 (10,0) 3.401649 0.006378 0.293967 0.000551 2.267590 0.008929 (12,0) 4.081978 0.007654 0.244972 0.000459 1.983510 0.008995 (14,0) 4.762308 0.008930 0.209976 0.000393 1.745448 0.010616 (16,0) 5.442638 0.010205 0.183729 0.000344 1.591567 0.013794