Newform data - 5600.2.a.p

Formats: - HTML - YAML - JSON - 2025-04-10T02:11:10.527680

• mf_newforms •

  Column	Type
  Nk2	integer
  analytic_conductor	double precision
  analytic_rank	smallint
  analytic_rank_proved	boolean
  artin_degree	integer
  artin_field	numeric[]
  artin_field_label	text
  artin_image	text
  atkin_lehner_eigenvals	integer[]
  atkin_lehner_string	text
  char_conductor	integer
  char_degree	integer
  char_is_minimal	boolean
  char_is_real	boolean
  char_orbit_index	smallint
  char_orbit_label	text
  char_order	integer
  char_parity	smallint
  char_values	jsonb
  cm_discs	integer[]
  conrey_index	integer
  dim	integer
  embedded_related_objects	text[]
  field_disc	numeric
  field_disc_factorization	numeric[]
  field_poly	numeric[]
  field_poly_is_cyclotomic	boolean
  field_poly_is_real_cyclotomic	boolean
  field_poly_root_of_unity	integer
  fricke_eigenval	smallint
  has_non_self_twist	smallint
  hecke_cutters	jsonb
  hecke_orbit	integer
  hecke_orbit_code	bigint
  hecke_ring_generator_nbound	integer
  hecke_ring_index	numeric
  hecke_ring_index_factorization	numeric[]
  hecke_ring_index_proved	boolean
  inner_twist_count	integer
  inner_twists	integer[]
  is_cm	boolean
  is_largest	boolean
  is_maximal	boolean
  is_polredabs	boolean
  is_rm	boolean
  is_self_dual	boolean
  is_self_twist	boolean
  is_twist_minimal	boolean
  label	text
  level	integer
  level_is_powerful	boolean
  level_is_prime	boolean
  level_is_prime_power	boolean
  level_is_prime_square	boolean
  level_is_square	boolean
  level_is_squarefree	boolean
  level_primes	integer[]
  level_radical	integer
  minimal_twist	text
  nf_label	text
  prim_orbit_index	smallint
  projective_field	numeric[]
  projective_field_label	text
  projective_image	text
  projective_image_type	text
  qexp_display	text
  related_objects	text[]
  relative_dim	integer
  rm_discs	integer[]
  sato_tate_group	text
  self_twist_discs	integer[]
  self_twist_type	smallint
  space_label	text
  trace_display	numeric[]
  trace_hash	bigint
  trace_moments	numeric[]
  trace_zratio	numeric
  traces	numeric[]
  weight	smallint
  weight_parity	smallint

  
  {'Nk2': 22400, 'analytic_conductor': 44.716225131917014, 'analytic_rank': 1, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[2, 1], [5, 1], [7, 1]], 'atkin_lehner_string': '+++', 'char_conductor': 1, 'char_degree': 1, 'char_is_minimal': True, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [5600, 1, [351, 4901, 5377, 801], [1, 1, 1, 1]], 'cm_discs': [], 'conrey_index': 1, 'dim': 1, 'field_disc': 1, 'field_disc_factorization': [], 'field_poly': [0, 1], 'field_poly_is_cyclotomic': False, 'field_poly_is_real_cyclotomic': False, 'field_poly_root_of_unity': 0, 'fricke_eigenval': 1, 'has_non_self_twist': 0, 'hecke_cutters': [[3, [-1, 1]], [11, [-1, 1]], [13, [3, 1]], [19, [-4, 1]]], 'hecke_orbit': 16, 'hecke_orbit_code': 67553994444117472, 'hecke_ring_generator_nbound': 1, 'hecke_ring_index': 1, 'hecke_ring_index_factorization': [], 'hecke_ring_index_proved': True, 'inner_twist_count': 1, 'inner_twists': [[1, 1, 1, 1, 1, 1, 1]], 'is_cm': False, 'is_largest': False, 'is_maximal': False, 'is_polredabs': True, 'is_rm': False, 'is_self_dual': True, 'is_self_twist': False, 'is_twist_minimal': False, 'label': '5600.2.a.p', 'level': 5600, 'level_is_powerful': False, 'level_is_prime': False, 'level_is_prime_power': False, 'level_is_prime_square': False, 'level_is_square': False, 'level_is_squarefree': False, 'level_primes': [2, 5, 7], 'level_radical': 70, 'minimal_twist': '1120.2.a.d', 'nf_label': '1.1.1.1', 'prim_orbit_index': 1, 'qexp_display': 'q+q^{3}-q^{7}-2q^{9}+q^{11}-3q^{13}+\\cdots', 'related_objects': ['EllipticCurve/Q/5600/p'], 'relative_dim': 1, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '5600.2.a', 'trace_display': [0, 1, 0, -1], 'trace_hash': 193305856197006604, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.967', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '1.932', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '4.819', 'prec': 17}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.018', 'prec': 17}, 'traces': [1, 0, 1, 0, 0, 0, -1, 0, -2, 0, 1, 0, -3, 0, 0, 0, 7, 0, 4, 0, -1, 0, 0, 0, 0, 0, -5, 0, -5, 0, -10, 0, 1, 0, 0, 0, 4, 0, -3, 0, -10, 0, -8, 0, 0, 0, 1, 0, 1, 0, 7, 0, 4, 0, 0, 0, 4, 0, 0, 0, -10, 0, 2, 0, 0, 0, 12, 0, 0, 0, -12, 0, 2, 0, 0, 0, -1, 0, 11, 0, 1, 0, 8, 0, 0, 0, -5, 0, 6, 0, 3, 0, -10, 0, 0, 0, -1, 0, -2, 0, -16, 0, 17, 0, 0, 0, -18, 0, 1, 0, 4, 0, -12, 0, 0, 0, 6, 0, -7, 0, -10, 0, -10, 0, 0, 0, 0, 0, -8, 0, -4, 0, -4, 0, 0, 0, -2, 0, -2, 0, 1, 0, -3, 0, 0, 0, 1, 0, -14, 0, -5, 0, -14, 0, 0, 0, -10, 0, 4, 0, 0, 0, -18, 0, 0, 0, -7, 0, -4, 0, -8, 0, -9, 0, 0, 0, 0, 0, 0, 0, 12, 0, -10, 0, 0, 0, 7, 0, 5, 0, 1, 0, -26, 0, 0, 0, -14, 0, -20, 0, 12, 0, 5, 0, 0, 0, 0, 0, 4, 0, 23, 0, -12, 0, 0, 0, 10, 0, 2, 0, -21, 0, 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0, 0, 0, -56, 0, 59, 0, 0, 0, -42, 0, -49, 0, -38, 0, -24, 0, 0, 0, -6, 0, -4, 0, -12, 0, -44, 0, 0, 0, -20, 0, 26, 0, 64, 0, 22, 0, 0, 0, -10, 0, -20, 0, 10, 0, -28, 0, 0, 0, 2, 0, -39, 0, -96, 0, 69, 0, 0, 0, 16, 0, 90, 0, 0, 0, 2, 0, 0, 0, -46, 0, 21, 0, 34, 0, -63, 0, 0, 0, -56, 0, 77, 0, 120, 0, 42, 0, 0, 0, -14, 0, 2, 0, 0, 0, 44, 0, 0, 0, 78, 0, 80, 0, -12, 0, 12, 0, 0, 0, 6, 0, 32, 0, -63, 0, -5, 0, 0, 0, 11, 0, -37, 0, -27, 0, 33, 0, 0, 0, 51, 0, 6, 0, 2, 0, -4, 0, 0, 0, 0, 0, 2, 0, -38, 0, -40, 0, 0, 0, 30, 0, -40, 0, -22, 0, -40, 0, 0, 0, -85, 0, -10, 0, -21, 0, -20, 0, 0, 0, 4, 0, -42, 0], 'weight': 2, 'weight_parity': 1}
• mf_hecke_nf •

  Column	Type
  an	jsonb
  ap	jsonb
  char_orbit_index	smallint
  field_poly	numeric[]
  hecke_orbit_code	bigint
  hecke_ring_character_values	jsonb
  hecke_ring_cyclotomic_generator	integer
  hecke_ring_denominators	numeric[]
  hecke_ring_inverse_denominators	numeric[]
  hecke_ring_inverse_numerators	numeric[]
  hecke_ring_numerators	numeric[]
  hecke_ring_power_basis	boolean
  hecke_ring_rank	integer
  label	text
  level	integer
  maxp	integer
  weight	smallint

  
  {'an': [[1], [0], [1], [0], [0], [0], [-1], [0], [-2], [0], [1], [0], [-3], [0], [0], [0], [7], [0], [4], [0], [-1], [0], [0], [0], [0], [0], [-5], [0], [-5], [0], [-10], [0], [1], [0], [0], [0], [4], [0], [-3], [0], [-10], [0], [-8], [0], [0], [0], [1], [0], [1], [0], [7], [0], [4], [0], [0], [0], [4], [0], [0], [0], [-10], [0], [2], [0], [0], [0], [12], [0], [0], [0], [-12], [0], [2], [0], [0], [0], [-1], [0], [11], [0], [1], [0], [8], [0], [0], [0], [-5], [0], [6], [0], [3], [0], [-10], [0], [0], [0], [-1], [0], [-2], [0]], 'ap': [[0], [1], [0], [-1], [1], [-3], [7], [4], [0], [-5], [-10], [4], [-10], [-8], [1], [4], [0], [-10], [12], [-12], [2], [11], [8], [6], [-1], [-16], [17], [-18], [1], [-12], [0], [-4], [-2], [-2], [-14], [-5], [-10], [-18], [-7], [-9], [0], [12], [1], [-26], [-14], [-20], [23], [-7], [9], [-10], [-8], [11], [0], [26], [22], [2], [6], [-22], [-2], [-25], [7], [-21], [11], [-28], [-27], [22], [20], [-22], [24], [16], [3], [8], [-27], [2], [0], [-20], [-19], [-5], [-3], [-22], [-12], [-11], [29], [34], [-14], [-24], [-41], [6], [0], [34], [15], [36], [2], [23], [25], [-17], [-6], [0], [4], [-37], [22], [40], [36], [6], [44], [-7], [28], [9], [-3], [-2], [7], [46], [42], [16], [45], [30], [-39], [12], [24], [-11], [28], [14], [25], [2], [-24], [27], [11], [16], [16], [9], [-7], [-24], [-49], [-28], [4], [-18], [17], [-47], [39], [33], [38], [13], [-18], [2], [-34], [-48], [-46], [-30], [-20], [26], [-40], [8], [-2], [-56], [-16], [-8], [55], [24], [-13], [14], [-38], [26], [34], [42], [-12], [-37], [-40], [-21], [17], [34], [60], [46], [-27], [-38], [24], [-60], [13], [37], [16], [34], [42], [10], [8], [6], [-18], [28], [-36], [-39], [-59], [-54], [14], [-28], [-41], [-6], [24], [29], [11], [38], [-57], [1], [18], [2], [26], [-16], [-8], [11], [-22], [46], [50], [-30], [18], [58], [26], [37], [-58], [-2], [56], [-38], [0], [-6], [10], [-14], [65], [42], [-27], [-42], [-69], [65], [9], [-60], [26], [66], [-40], [-47], [-47], [-27], [-62], [36], [-69], [0], [-56], [-20], [-7], [-66], [-19], [-16], [68], [-42], [-61], [-12], [12], [30], [8], [-36], [-66], [5], [-74], [-60], [-3], [21], [40], [34], [-56], [25], [50], [60], [-15], [-38], [68], [-72], [-14], [34], [-1], [24], [-74], [-79], [36], [46], [-47], [-58], [-51], [75], [32], [-30], [-27], [-19], [12], [72], [76], [68], [45], [-69], [42], [-30], [76], [30], [-34], [-7], [48], [37], [31], [18], [-11], [48], [-61], [68], [-60], [-64], [-56], [20], [24], [47], [-46], [10], [72], [50], [26], [53], [-13], [37], [-86], [6], [14], [46], [42], [-56], [-5], [-4], [-18], [-82], [46], [-46], [-78], [51], [-76], [93], [-47], [-86], [-40], [21], [-2], [48], [60], [77], [-16], [-20], [-70], [22], [0], [-49], [32], [-10], [-27], [-11], [-15], [54], [2], [-88], [-52], [54], [-70], [64], [-42], [69], [4], [-44], [63], [4], [-39], [33], [2], [-24], [15], [70], [-2], [60], [-27], [-51], [-42], [-83], [-78], [-90], [-4], [54], [74], [-51], [65], [53], [-32], [7], [85], [3], [-13], [-36], [57], [-28], [-42], [-62], [-35], [-102], [-6], [-60], [-16], [47], [44], [-30], [14], [-1], [-60], [36], [59], [-42], [-24], [-12], [-20], [64], [-39], [16], [-46], [-63], [77], [-14], [78], [32], [33], [51], [-4], [2], [-38], [-42]], 'char_orbit_index': 1, 'field_poly': [0, 1], 'hecke_orbit_code': 67553994444117472, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 1, 'label': '5600.2.a.p', 'level': 5600, 'maxp': 2999, 'weight': 2}
• mf_newspaces •

  Column	Type
  ALdims	integer[]
  Nk2	integer
  a4_dim	integer
  a5_dim	integer
  analytic_conductor	double precision
  char_conductor	integer
  char_degree	integer
  char_is_real	boolean
  char_orbit_index	smallint
  char_orbit_label	text
  char_order	integer
  char_parity	smallint
  char_values	jsonb
  conrey_index	integer
  cusp_dim	integer
  dihedral_dim	integer
  dim	integer
  eis_dim	integer
  eis_new_dim	integer
  hecke_cutter_primes	integer[]
  hecke_orbit_code	bigint
  hecke_orbit_dims	integer[]
  label	text
  level	integer
  level_is_powerful	boolean
  level_is_prime	boolean
  level_is_prime_power	boolean
  level_is_prime_square	boolean
  level_is_square	boolean
  level_is_squarefree	boolean
  level_primes	integer[]
  level_radical	integer
  mf_dim	integer
  mf_new_dim	integer
  num_forms	smallint
  plus_dim	integer
  prim_orbit_index	smallint
  relative_dim	integer
  s4_dim	integer
  sturm_bound	integer
  trace_bound	integer
  trace_display	numeric[]
  traces	numeric[]
  weight	smallint
  weight_parity	smallint

  
  {'ALdims': [14, 16, 16, 12, 13, 11, 14, 18], 'Nk2': 22400, 'analytic_conductor': 44.716225131917014, 'char_conductor': 1, 'char_degree': 1, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [5600, 1, [351, 4901, 5377, 801], [1, 1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 913, 'dim': 114, 'eis_dim': 95, 'eis_new_dim': 0, 'hecke_cutter_primes': [3, 11, 13, 19], 'hecke_orbit_code': 33560032, 'hecke_orbit_dims': [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5, 5, 6, 6], 'label': '5600.2.a', 'level': 5600, 'level_is_powerful': False, 'level_is_prime': False, 'level_is_prime_power': False, 'level_is_prime_square': False, 'level_is_square': False, 'level_is_squarefree': False, 'level_primes': [2, 5, 7], 'level_radical': 70, 'mf_dim': 1008, 'mf_new_dim': 114, 'num_forms': 52, 'plus_dim': 51, 'prim_orbit_index': 1, 'relative_dim': 114, 'sturm_bound': 1920, 'trace_bound': 13, 'trace_display': [0, 0, 0, 0], 'traces': [114, 0, 0, 0, 0, 0, 0, 0, 122, 0, 0, 0, -4, 0, 0, 0, 20, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -4, 0, 0, 0, -16, 0, 0, 0, -20, 0, 0, 0, -12, 0, 0, 0, 0, 0, 0, 0, 114, 0, 0, 0, 44, 0, 0, 0, -32, 0, 0, 0, -20, 0, 0, 0, 0, 0, 0, 0, 48, 0, 0, 0, 36, 0, 0, 0, 0, 0, 0, 0, 98, 0, 0, 0, 0, 0, 0, 0, 36, 0, 0, 0, 32, 0, 0, 0, 52, 0, 0, 0, 60, 0, 0, 0, 0, 0, 0, 0, 44, 0, 0, 0, 4, 0, 0, 0, -68, 0, 0, 0, 106, 0, 0, 0, 0, 0, 0, 0, -48, 0, 0, 0, -16, 0, 0, 0, -12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 124, 0, 0, 0, 36, 0, 0, 0, -4, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 174, 0, 0, 0, -36, 0, 0, 0, 32, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 48, 0, 0, 0, 68, 0, 0, 0, -84, 0, 0, 0, 96, 0, 0, 0, 0, 0, 0, 0, 64, 0, 0, 0, 192, 0, 0, 0, 16, 0, 0, 0, 104, 0, 0, 0, 0, 0, 0, 0, 140, 0, 0, 0, 52, 0, 0, 0, 32, 0, 0, 0, 20, 0, 0, 0, 0, 0, 0, 0, 144, 0, 0, 0, 64, 0, 0, 0, 68, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 48, 0, 0, 0, -20, 0, 0, 0, 100, 0, 0, 0, 0, 0, 0, 0, 22, 0, 0, 0, -52, 0, 0, 0, -96, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 52, 0, 0, 0, -4, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, -16, 0, 0, 0, 60, 0, 0, 0, 36, 0, 0, 0, -192, 0, 0, 0, 0, 0, 0, 0, -116, 0, 0, 0, -156, 0, 0, 0, 32, 0, 0, 0, 154, 0, 0, 0, 0, 0, 0, 0, 20, 0, 0, 0, 108, 0, 0, 0, -88, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 60, 0, 0, 0, 0, 0, 0, 0, 140, 0, 0, 0, -172, 0, 0, 0, 0, 0, 0, 0, -284, 0, 0, 0, 48, 0, 0, 0, -32, 0, 0, 0, 108, 0, 0, 0, 0, 0, 0, 0, -64, 0, 0, 0, 52, 0, 0, 0, -176, 0, 0, 0, 122, 0, 0, 0, 0, 0, 0, 0, -172, 0, 0, 0, -16, 0, 0, 0, -12, 0, 0, 0, -4, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 0, 0, 0, 0, 28, 0, 0, 0, -136, 0, 0, 0, 0, 0, 0, 0, 352, 0, 0, 0, -136, 0, 0, 0, -16, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, -212, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, -348, 0, 0, 0, 0, 0, 0, 0, 194, 0, 0, 0, 56, 0, 0, 0, -112, 0, 0, 0, -20, 0, 0, 0, 0, 0, 0, 0, -212, 0, 0, 0, -48, 0, 0, 0, -68, 0, 0, 0, 112, 0, 0, 0, 0, 0, 0, 0, -252, 0, 0, 0, 64, 0, 0, 0, -60, 0, 0, 0, 64, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -60, 0, 0, 0, -128, 0, 0, 0, 132, 0, 0, 0, 0, 0, 0, 0, 64, 0, 0, 0, -276, 0, 0, 0, -76, 0, 0, 0, 224, 0, 0, 0, 0, 0, 0, 0, 232, 0, 0, 0, 144, 0, 0, 0, -4, 0, 0, 0, 52, 0, 0, 0, 0, 0, 0, 0, 48, 0, 0, 0, -196, 0, 0, 0, -44, 0, 0, 0, -244, 0, 0, 0, 0, 0, 0, 0, 288, 0, 0, 0, 36, 0, 0, 0, -132, 0, 0, 0, -128, 0, 0, 0, 0, 0, 0, 0, -168, 0, 0, 0, -64, 0, 0, 0, 136, 0, 0, 0, -36, 0, 0, 0, 0, 0, 0, 0, -180, 0, 0, 0, -96, 0, 0, 0, -16, 0, 0, 0, -64, 0, 0, 0, 0, 0, 0, 0, 218, 0, 0, 0, 44, 0, 0, 0, 0, 0, 0, 0, 432, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 224, 0, 0, 0, 108, 0, 0, 0, -380, 0, 0, 0, 0, 0, 0, 0, 84, 0, 0, 0, 60, 0, 0, 0, 96, 0, 0, 0, -256, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, -88, 0, 0, 0, 156, 0, 0, 0, -156, 0, 0, 0, 0, 0, 0, 0, -412, 0, 0, 0, 0, 0, 0, 0, 176, 0, 0, 0, -276, 0, 0, 0, 0, 0, 0, 0, 60, 0, 0, 0, 20, 0, 0, 0, 448, 0, 0, 0, 94, 0, 0, 0, 0, 0, 0, 0, -432, 0, 0, 0, -20, 0, 0, 0, -44, 0, 0, 0, -128, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 68, 0, 0, 0, 92, 0, 0, 0, -428, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 64, 0, 0, 0, -96, 0, 0, 0, 360, 0, 0, 0, 0, 0, 0, 0, 508, 0, 0, 0, -304, 0, 0, 0, 32, 0, 0, 0, -176, 0, 0, 0, 0, 0, 0, 0, -268, 0, 0, 0, -128, 0, 0, 0, 100, 0, 0, 0, 460, 0, 0, 0, 0, 0, 0, 0, 264, 0, 0, 0, -12, 0, 0, 0, 96, 0, 0, 0, 146, 0, 0, 0, 0, 0, 0, 0, -656, 0, 0, 0, 16, 0, 0, 0, -156, 0, 0, 0, 540, 0, 0, 0, 0, 0, 0, 0, 128, 0, 0, 0, 208, 0, 0, 0, 124, 0, 0, 0], 'weight': 2, 'weight_parity': 1}
• mf_twists_nf •

  Column	Type
  conductor	integer
  degree	integer
  multiplicity	smallint
  order	integer
  parity	smallint
  self_twist_disc	integer
  source_char_orbit	smallint
  source_dim	integer
  source_hecke_orbit	integer
  source_is_minimal	boolean
  source_label	text
  source_level	integer
  target_char_orbit	smallint
  target_dim	integer
  target_hecke_orbit	integer
  target_is_minimal	boolean
  target_label	text
  target_level	integer
  twist_class_label	text
  twist_class_level	integer
  twisting_char_label	text
  twisting_char_orbit	smallint
  weight	smallint

  
  
  • id: 1266424
    {'conductor': 5, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 4, 'target_is_minimal': True, 'target_label': '1120.2.a.d', 'target_level': 1120, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '5.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 1266425
    {'conductor': 20, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 12, 'target_is_minimal': True, 'target_label': '1120.2.a.l', 'target_level': 1120, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '20.d', 'twisting_char_orbit': 4, 'weight': 2}
  • id: 1266426
    {'conductor': 40, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 8, 'target_is_minimal': False, 'target_label': '2240.2.a.h', 'target_level': 2240, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '40.e', 'twisting_char_orbit': 5, 'weight': 2}
  • id: 1266427
    {'conductor': 40, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 23, 'target_is_minimal': False, 'target_label': '2240.2.a.w', 'target_level': 2240, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '40.f', 'twisting_char_orbit': 6, 'weight': 2}
  • id: 1266428
    {'conductor': 4, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 6, 'target_is_minimal': False, 'target_label': '5600.2.a.f', 'target_level': 5600, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '4.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 1266429
    {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 16, 'target_is_minimal': False, 'target_label': '5600.2.a.p', 'target_level': 5600, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
  • id: 1266430
    {'conductor': 140, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 9, 'target_is_minimal': False, 'target_label': '7840.2.a.i', 'target_level': 7840, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '140.c', 'twisting_char_orbit': 3, 'weight': 2}
  • id: 1266431
    {'conductor': 35, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 16, 'source_is_minimal': False, 'source_label': '5600.2.a.p', 'source_level': 5600, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 20, 'target_is_minimal': False, 'target_label': '7840.2.a.t', 'target_level': 7840, 'twist_class_label': '1120.2.a.d', 'twist_class_level': 1120, 'twisting_char_label': '35.c', 'twisting_char_orbit': 3, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 3945375
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 2}
  • id: 3945376
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 3}
  • id: 3945377
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 5}
  • id: 3945378
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 7}
  • id: 3945379
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 11}
  • id: 3945380
    {'charpoly_factorization': [[[3, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 13}
  • id: 3945381
    {'charpoly_factorization': [[[-7, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 17}
  • id: 3945382
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 19}
  • id: 3945383
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 23}
  • id: 3945384
    {'charpoly_factorization': [[[5, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 29}
  • id: 3945385
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 31}
  • id: 3945386
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 37}
  • id: 3945387
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 41}
  • id: 3945388
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 43}
  • id: 3945389
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 47}
  • id: 3945390
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 53}
  • id: 3945391
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 59}
  • id: 3945392
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 61}
  • id: 3945393
    {'charpoly_factorization': [[[-12, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 67}
  • id: 3945394
    {'charpoly_factorization': [[[12, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 71}
  • id: 3945395
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 73}
  • id: 3945396
    {'charpoly_factorization': [[[-11, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 79}
  • id: 3945397
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 83}
  • id: 3945398
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 89}
  • id: 3945399
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 67553994444117472, 'p': 97}
• mf_newform_portraits •

  Column	Type
  char_orbit_index	smallint
  hecke_orbit	integer
  label	text
  level	integer
  portrait	text
  weight	smallint

  
  {'char_orbit_index': 1, 'hecke_orbit': 16, 'label': '5600.2.a.p', 'level': 5600, 'portrait': 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', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 60678223
    {'hecke_orbit_code': 67553994444117472, 'n': 1, 'trace_an': 1}
  • id: 60678224
    {'hecke_orbit_code': 67553994444117472, 'n': 2, 'trace_an': 0}
  • id: 60678225
    {'hecke_orbit_code': 67553994444117472, 'n': 3, 'trace_an': 1}
  • id: 60678226
    {'hecke_orbit_code': 67553994444117472, 'n': 4, 'trace_an': 0}
  • id: 60678227
    {'hecke_orbit_code': 67553994444117472, 'n': 5, 'trace_an': 0}
  • id: 60678228
    {'hecke_orbit_code': 67553994444117472, 'n': 6, 'trace_an': 0}
  • id: 60678229
    {'hecke_orbit_code': 67553994444117472, 'n': 7, 'trace_an': -1}
  • id: 60678230
    {'hecke_orbit_code': 67553994444117472, 'n': 8, 'trace_an': 0}
  • id: 60678231
    {'hecke_orbit_code': 67553994444117472, 'n': 9, 'trace_an': -2}
  • id: 60678232
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  • id: 60678233
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  • id: 60678234
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  • id: 60678235
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  • id: 60678236
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  • id: 60678237
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  • id: 60678238
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  • id: 60678239
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  • id: 60678240
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  • id: 60678241
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  • id: 60678242
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  • id: 60678243
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  • id: 60678244
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  • id: 60678245
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  • id: 60678246
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  • id: 60678247
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  • id: 60678248
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  • id: 60678249
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  • id: 60678250
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  • id: 60678251
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  • id: 60678252
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  • id: 60678253
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  • id: 60678254
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  • id: 60678255
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  • id: 60678256
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  • id: 60678257
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  • id: 60678258
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  • id: 60678259
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  • id: 60678260
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  • id: 60678261
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  • id: 60678262
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  • id: 60678263
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  • id: 60678264
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  • id: 60678265
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  • id: 60678266
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  • id: 60678267
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  • id: 60678268
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  • id: 60678269
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  • id: 60678270
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  • id: 60678271
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  • id: 60678272
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  • id: 60678273
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  • id: 60678274
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  • id: 60678275
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  • id: 60678276
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  • id: 60678277
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  • id: 60678278
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  • id: 60678279
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  • id: 60678280
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  • id: 60678281
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  • id: 60678282
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  • id: 60678283
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  • id: 60678284
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  • id: 60678285
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  • id: 60678286
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  • id: 60678287
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  • id: 60678288
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  • id: 60678289
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  • id: 60678290
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  • id: 60678291
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  • id: 60678292
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  • id: 60678293
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  • id: 60678294
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  • id: 60678295
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  • id: 60678296
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  • id: 60678297
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  • id: 60678298
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  • id: 60678299
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  • id: 60678300
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  • id: 60678301
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  • id: 60678302
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  • id: 60678303
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  • id: 60678304
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  • id: 60678305
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  • id: 60678306
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  • id: 60678307
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  • id: 60678308
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  • id: 60678309
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  • id: 60678310
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  • id: 60678311
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  • id: 60678312
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  • id: 60678313
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  • id: 60678314
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  • id: 60678315
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  • id: 60678316
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  • id: 60678317
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  • id: 60678318
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  • id: 60678319
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  • id: 60678320
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  • id: 60678321
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  • id: 60678322
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  • id: 60678323
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  • id: 60678324
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  • id: 60678325
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  • id: 60678326
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  • id: 60678327
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  • id: 60678328
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  • id: 60678329
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  • id: 60678330
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  • id: 60678331
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  • id: 60678332
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  • id: 60678333
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  • id: 60678334
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  • id: 60678335
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  • id: 60678336
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  • id: 60678337
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  • id: 60678338
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  • id: 60678339
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  • id: 60678340
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  • id: 60678341
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  • id: 60678342
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  • id: 60678343
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  • id: 60678344
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  • id: 60678345
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  • id: 60678346
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  • id: 60678347
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  • id: 60678348
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  • id: 60678349
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  • id: 60678350
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  • id: 60678351
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  • id: 60678352
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  • id: 60678353
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  • id: 60678354
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  • id: 60678355
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  • id: 60678356
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  • id: 60678357
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  • id: 60678358
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  • id: 60678359
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  • id: 60678360
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  • id: 60678361
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  • id: 60678362
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  • id: 60678363
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  • id: 60678364
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  • id: 60678365
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  • id: 60678366
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  • id: 60678367
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  • id: 60678368
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  • id: 60678369
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  • id: 60678370
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  • id: 60678371
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  • id: 60678372
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  • id: 60678373
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  • id: 60678374
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  • id: 60678375
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  • id: 60678376
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  • id: 60678377
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  • id: 60678378
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  • id: 60678379
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  • id: 60678380
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  • id: 60678381
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  • id: 60678382
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  • id: 60678383
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  • id: 60678384
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  • id: 60678385
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  • id: 60678386
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  • id: 60678387
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  • id: 60678388
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  • id: 60678389
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  • id: 60678390
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  • id: 60678391
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  • id: 60678392
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  • id: 60678393
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  • id: 60678394
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  • id: 60678395
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  • id: 60678396
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  • id: 60678397
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  • id: 60678398
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  • id: 60678399
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  • id: 60678400
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  • id: 60678401
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  • id: 60678402
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  • id: 60678403
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  • id: 60678404
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  • id: 60678405
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  • id: 60678406
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  • id: 60678407
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  • id: 60678408
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  • id: 60678409
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  • id: 60678410
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  • id: 60678411
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  • id: 60678412
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  • id: 60678413
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  • id: 60678414
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  • id: 60678415
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  • id: 60678416
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  • id: 60678417
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  • id: 60678418
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  • id: 60678419
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  • id: 60678420
    {'hecke_orbit_code': 67553994444117472, 'n': 613, 'trace_an': 46}
  • id: 60678421
    {'hecke_orbit_code': 67553994444117472, 'n': 617, 'trace_an': 42}
  • id: 60678422
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  • id: 60678423
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  • id: 60678424
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  • id: 60678425
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  • id: 60678426
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  • id: 60678427
    {'hecke_orbit_code': 67553994444117472, 'n': 647, 'trace_an': 12}
  • id: 60678428
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  • id: 60678429
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  • id: 60678430
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  • id: 60678431
    {'hecke_orbit_code': 67553994444117472, 'n': 673, 'trace_an': 14}
  • id: 60678432
    {'hecke_orbit_code': 67553994444117472, 'n': 677, 'trace_an': 25}
  • id: 60678433
    {'hecke_orbit_code': 67553994444117472, 'n': 683, 'trace_an': 2}
  • id: 60678434
    {'hecke_orbit_code': 67553994444117472, 'n': 691, 'trace_an': -24}
  • id: 60678435
    {'hecke_orbit_code': 67553994444117472, 'n': 701, 'trace_an': 27}
  • id: 60678436
    {'hecke_orbit_code': 67553994444117472, 'n': 709, 'trace_an': 11}
  • id: 60678437
    {'hecke_orbit_code': 67553994444117472, 'n': 719, 'trace_an': 16}
  • id: 60678438
    {'hecke_orbit_code': 67553994444117472, 'n': 727, 'trace_an': 16}
  • id: 60678439
    {'hecke_orbit_code': 67553994444117472, 'n': 729, 'trace_an': 13}
  • id: 60678440
    {'hecke_orbit_code': 67553994444117472, 'n': 733, 'trace_an': 9}
  • id: 60678441
    {'hecke_orbit_code': 67553994444117472, 'n': 739, 'trace_an': -7}
  • id: 60678442
    {'hecke_orbit_code': 67553994444117472, 'n': 743, 'trace_an': -24}
  • id: 60678443
    {'hecke_orbit_code': 67553994444117472, 'n': 751, 'trace_an': -49}
  • id: 60678444
    {'hecke_orbit_code': 67553994444117472, 'n': 757, 'trace_an': -28}
  • id: 60678445
    {'hecke_orbit_code': 67553994444117472, 'n': 761, 'trace_an': 4}
  • id: 60678446
    {'hecke_orbit_code': 67553994444117472, 'n': 769, 'trace_an': -18}
  • id: 60678447
    {'hecke_orbit_code': 67553994444117472, 'n': 773, 'trace_an': 17}
  • id: 60678448
    {'hecke_orbit_code': 67553994444117472, 'n': 787, 'trace_an': -47}
  • id: 60678449
    {'hecke_orbit_code': 67553994444117472, 'n': 797, 'trace_an': 39}
  • id: 60678450
    {'hecke_orbit_code': 67553994444117472, 'n': 809, 'trace_an': 33}
  • id: 60678451
    {'hecke_orbit_code': 67553994444117472, 'n': 811, 'trace_an': 38}
  • id: 60678452
    {'hecke_orbit_code': 67553994444117472, 'n': 821, 'trace_an': 13}
  • id: 60678453
    {'hecke_orbit_code': 67553994444117472, 'n': 823, 'trace_an': -18}
  • id: 60678454
    {'hecke_orbit_code': 67553994444117472, 'n': 827, 'trace_an': 2}
  • id: 60678455
    {'hecke_orbit_code': 67553994444117472, 'n': 829, 'trace_an': -34}
  • id: 60678456
    {'hecke_orbit_code': 67553994444117472, 'n': 839, 'trace_an': -48}
  • id: 60678457
    {'hecke_orbit_code': 67553994444117472, 'n': 841, 'trace_an': -4}
  • id: 60678458
    {'hecke_orbit_code': 67553994444117472, 'n': 853, 'trace_an': -46}
  • id: 60678459
    {'hecke_orbit_code': 67553994444117472, 'n': 857, 'trace_an': -30}
  • id: 60678460
    {'hecke_orbit_code': 67553994444117472, 'n': 859, 'trace_an': -20}
  • id: 60678461
    {'hecke_orbit_code': 67553994444117472, 'n': 863, 'trace_an': 26}
  • id: 60678462
    {'hecke_orbit_code': 67553994444117472, 'n': 877, 'trace_an': -40}
  • id: 60678463
    {'hecke_orbit_code': 67553994444117472, 'n': 881, 'trace_an': 8}
  • id: 60678464
    {'hecke_orbit_code': 67553994444117472, 'n': 883, 'trace_an': -2}
  • id: 60678465
    {'hecke_orbit_code': 67553994444117472, 'n': 887, 'trace_an': -56}
  • id: 60678466
    {'hecke_orbit_code': 67553994444117472, 'n': 907, 'trace_an': -16}
  • id: 60678467
    {'hecke_orbit_code': 67553994444117472, 'n': 911, 'trace_an': -8}
  • id: 60678468
    {'hecke_orbit_code': 67553994444117472, 'n': 919, 'trace_an': 55}
  • id: 60678469
    {'hecke_orbit_code': 67553994444117472, 'n': 929, 'trace_an': 24}
  • id: 60678470
    {'hecke_orbit_code': 67553994444117472, 'n': 937, 'trace_an': -13}
  • id: 60678471
    {'hecke_orbit_code': 67553994444117472, 'n': 941, 'trace_an': 14}
  • id: 60678472
    {'hecke_orbit_code': 67553994444117472, 'n': 947, 'trace_an': -38}
  • id: 60678473
    {'hecke_orbit_code': 67553994444117472, 'n': 953, 'trace_an': 26}
  • id: 60678474
    {'hecke_orbit_code': 67553994444117472, 'n': 961, 'trace_an': 69}
  • id: 60678475
    {'hecke_orbit_code': 67553994444117472, 'n': 967, 'trace_an': 34}
  • id: 60678476
    {'hecke_orbit_code': 67553994444117472, 'n': 971, 'trace_an': 42}
  • id: 60678477
    {'hecke_orbit_code': 67553994444117472, 'n': 977, 'trace_an': -12}
  • id: 60678478
    {'hecke_orbit_code': 67553994444117472, 'n': 983, 'trace_an': -37}
  • id: 60678479
    {'hecke_orbit_code': 67553994444117472, 'n': 991, 'trace_an': -40}
  • id: 60678480
    {'hecke_orbit_code': 67553994444117472, 'n': 997, 'trace_an': -21}