SU(2) in 2+1 dimensions: Run C, beta=1.6, xi=8, (28 x 56) x 112 as * at * sigma = 0.05235(12) 1 / (as * at * sigma) = 19.102(45) xi = 8 Zxi = 0.9410(54) 1 / Zxi = 1.0627(61) a_s * sqrt(sigma) = 0.6278(19) a_t * sqrt(sigma) = 0.08339(26) 1 / (a_s * sqrt(sigma)) = 1.5929(49) 1 / (a_t * sqrt(sigma)) = 11.992(37) Energy gaps above the ground state. orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Sg' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 1.434802 0.007661 (7,0) 4.394366 0.013577 0.227563 0.000706 1.274114 0.008739 (8,0) 5.022132 0.015517 0.199118 0.000618 1.149161 0.010347 (9,0) 5.649899 0.017457 0.176993 0.000549 1.075652 0.017117 (10,0) 6.277665 0.019396 0.159294 0.000494 0.984515 0.022988 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Sg'' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 2.476277 0.015264 (7,0) 4.394366 0.013577 0.227563 0.000706 2.284411 0.014973 (8,0) 5.022132 0.015517 0.199118 0.000618 2.097341 0.022544 (9,0) 5.649899 0.017457 0.176993 0.000549 1.972628 0.017868 (10,0) 6.277665 0.019396 0.159294 0.000494 1.831126 0.022320 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Sg''' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 2.595354 0.012432 (7,0) 4.394366 0.013577 0.227563 0.000706 2.304797 0.016068 (8,0) 5.022132 0.015517 0.199118 0.000618 2.127320 0.015831 (9,0) 5.649899 0.017457 0.176993 0.000549 1.964234 0.025909 (10,0) 6.277665 0.019396 0.159294 0.000494 1.834724 0.031693 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Su / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 1.996371 0.011118 (7,0) 4.394366 0.013577 0.227563 0.000706 1.810620 0.012273 (8,0) 5.022132 0.015517 0.199118 0.000618 1.658446 0.014158 (9,0) 5.649899 0.017457 0.176993 0.000549 1.533733 0.020934 (10,0) 6.277665 0.019396 0.159294 0.000494 1.431804 0.023213 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Ag / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 1.465740 0.008010 (7,0) 4.394366 0.013577 0.227563 0.000706 1.286825 0.008333 (8,0) 5.022132 0.015517 0.199118 0.000618 1.149640 0.011366 (9,0) 5.649899 0.017457 0.176993 0.000549 1.055266 0.014758 (10,0) 6.277665 0.019396 0.159294 0.000494 0.983316 0.015885 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Ag' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 2.580605 0.015429 (7,0) 4.394366 0.013577 0.227563 0.000706 2.366194 0.014059 (8,0) 5.022132 0.015517 0.199118 0.000618 2.190876 0.013783 (9,0) 5.649899 0.017457 0.176993 0.000549 2.027789 0.019055 (10,0) 6.277665 0.019396 0.159294 0.000494 1.886288 0.025853 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Ag'' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 2.895985 0.017992 (7,0) 4.394366 0.013577 0.227563 0.000706 2.505057 0.014289 (8,0) 5.022132 0.015517 0.199118 0.000618 2.205266 0.018128 (9,0) 5.649899 0.017457 0.176993 0.000549 2.045777 0.022498 (10,0) 6.277665 0.019396 0.159294 0.000494 1.948644 0.029408 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Au / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 0.792768 0.005390 (7,0) 4.394366 0.013577 0.227563 0.000706 0.686522 0.006363 (8,0) 5.022132 0.015517 0.199118 0.000618 0.602701 0.007899 (9,0) 5.649899 0.017457 0.176993 0.000549 0.545620 0.013299 (10,0) 6.277665 0.019396 0.159294 0.000494 0.488060 0.019246 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Au' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 2.017716 0.011859 (7,0) 4.394366 0.013577 0.227563 0.000706 1.810620 0.011533 (8,0) 5.022132 0.015517 0.199118 0.000618 1.636861 0.015259 (9,0) 5.649899 0.017457 0.176993 0.000549 1.557716 0.015179 (10,0) 6.277665 0.019396 0.159294 0.000494 1.425808 0.017361 orientation R * sqrt(sigma) 1 / (R * sqrt(sigma)) Au'' / sqrt(sigma) (6,0) 3.766599 0.011638 0.265490 0.000824 2.140391 0.009967 (7,0) 4.394366 0.013577 0.227563 0.000706 1.883770 0.011335 (8,0) 5.022132 0.015517 0.199118 0.000618 1.700417 0.013100 (9,0) 5.649899 0.017457 0.176993 0.000549 1.537331 0.023278 (10,0) 6.277665 0.019396 0.159294 0.000494 1.416215 0.030299