Coordinates of the tightest equilateral knots found with the use the appropriately modified version of the Finite Element Method
Initial conformations of knots 07_002, 08_008, 08_010, 08_011, 08_012, 08_015, 08_016, 08_018, 09_002, 09_004, 09_007, 09_011, 09_015, 09_020, 09_023, 09_024, 09_025, 09_026, 09_027, 09_028, 09_029, 09_030, 09_032, 09_042, 09_043, 09_048, 10_002, 10_004, 10_008, 10_011, 10_016, 10_020, 10_021, 10_022, 10_025, 10_026, 10_028, 10_029, 10_030, 10_031, 10_032, 10_033, 10_035, 10_036, 10_037, 10_038, 10_039, 10_041, 10_042, 10_044, 10_045, 10_046, 10_047, 10_049, 10_050, 10_057, 10_058, 10_060, 10_061, 10_065, 10_067, 10_070, 10_071, 10_074, 10_076, 10_078, 10_080, 10_082, 10_083, 10_084, 10_085, 10_086, 10_087, 10_088, 10_090, 10_091, 10_093, 10_094, 10_095, 10_098, 10_099, 10_101, 10_106, 10_107, 10_108, 10_109, 10_110, 10_111, 10_116, 10_117, 10_118, 10_123, 10_126, 10_127, 10_128, 10_129, 10_130, 10_131, 10_132, 10_133, 10_135, 10_137, 10_138, 10_139, 10_141, 10_143, 10_146, 10_148, 10_150, 10_151, 10_154, 10_156, 10_158, 10_159, 10_161, 10_162, 10_163, 10_164, 10_165 were found by Cantarella et al. with the use of their ridgerunner algorithm. Thus, the data presented below concerning the knots should be seen only as a refinement of their own data.