Newform data - 1035.2.a.c

Formats: - HTML - YAML - JSON - 2025-09-09T07:38:49.397496

• 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': 4140, 'analytic_conductor': 8.26451660920252, 'analytic_rank': 0, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[3, -1], [5, -1], [23, -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': [1035, 1, [461, 622, 856], [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': [[2, [1, 1]], [7, [-4, 1]], [11, [4, 1]]], 'hecke_orbit': 3, 'hecke_orbit_code': 9007199288296459, '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': '1035.2.a.c', 'level': 1035, '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': [3, 5, 23], 'level_radical': 345, 'minimal_twist': '345.2.a.e', 'nf_label': '1.1.1.1', 'prim_orbit_index': 1, 'qexp_display': 'q-q^{2}-q^{4}+q^{5}+4q^{7}+3q^{8}-q^{10}+\\cdots', 'related_objects': ['EllipticCurve/Q/1035/c'], 'relative_dim': 1, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '1035.2.a', 'trace_display': [-1, 0, 1, 4], 'trace_hash': 1929006714550196580, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.012', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.968', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '1.957', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '4.931', 'prec': 17}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.015', 'prec': 17}, 'traces': [1, -1, 0, -1, 1, 0, 4, 3, 0, -1, -4, 0, 6, -4, 0, -1, 2, 0, -4, -1, 0, 4, 1, 0, 1, -6, 0, -4, 10, 0, -8, -5, 0, -2, 4, 0, 2, 4, 0, 3, -2, 0, -8, 4, 0, -1, 0, 0, 9, -1, 0, -6, 6, 0, -4, 12, 0, -10, 0, 0, 6, 8, 0, 7, 6, 0, 8, -2, 0, -4, 4, 0, 10, -2, 0, 4, -16, 0, 16, -1, 0, 2, 12, 0, 2, 8, 0, -12, 10, 0, 24, -1, 0, 0, -4, 0, -10, -9, 0, -1, -14, 0, -12, 18, 0, -6, 12, 0, -10, 4, 0, -4, 2, 0, 1, -10, 0, 0, 8, 0, 5, -6, 0, 8, 1, 0, 0, 3, 0, -6, -8, 0, -16, -8, 0, 6, 10, 0, 4, -4, 0, -4, -24, 0, 10, -10, 0, -2, 6, 0, -16, -12, 0, 16, -8, 0, -14, -16, 0, -5, 4, 0, 20, 2, 0, -12, -8, 0, 23, -2, 0, 8, -2, 0, 4, 4, 0, -10, -24, 0, -2, -24, 0, 3, 2, 0, -8, 0, 0, 4, -24, 0, -6, 10, 0, -9, 6, 0, 24, 3, 0, 14, 40, 0, -2, 12, 0, -6, 16, 0, -4, -6, 0, -12, 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70, 4, 0, -78, 32, 0, 4, -36, 0, 0, 0, 0, -12, 48, 0, -32, -42, 0, -104, 0, 0, -66, 8, 0, 32, -92, 0, 14, -12, 0, 4, 46, 0, 20, -4, 0, -54, 20, 0, -8, -6, 0, -76, -6, 0, 22, 128, 0, -34, 20, 0, 18, -30, 0, -40, 28, 0, -40, 24, 0, -31, 22, 0, -10, 12, 0, 120, -96, 0, 14, -84, 0, 0, -8, 0, 16, -78, 0, 0, -5, 0, 8, -72, 0, -10, 30, 0, -16, 48, 0, -48, -12, 0, 30, 24, 0, 18, -6, 0, 18, 78, 0, 56, 0, 0, -56, -24, 0, -128, -9, 0, 6, -96, 0, -16, -84, 0, -38, 36, 0, 12, 16, 0, 80, 20, 0, 12, 6, 0, 24, -24, 0, 82, -6, 0, 4, -10, 0, 16, 8, 0, -20, -144, 0, 16, 8, 0, -36, 32, 0, 0, -40, 0, 80, 4, 0, -48, 30, 0, -1, -12, 0, -44, 42, 0, 96, -10, 0, -36, -12, 0, 14, -32, 0, -16, -4, 0, -36, -24, 0, 66, 60, 0, -8, -14, 0, -12, -80, 0, 4, -32, 0, 12, 8, 0, 18, 0, 0, -84, 0, 0, -16, -24, 0, -22, 32, 0, -54, -90, 0, -56, -120, 0, 2, 40, 0, -26, 0, 0, 11, 36, 0, -8, -26, 0, -28, -32, 0, 112, 30, 0, -16, -96, 0, -12, -4, 0, -62, -48, 0, 100, 4, 0, -24, 0, 0, 144, 8, 0, -8, 56, 0, -34, -18, 0, 0, 54, 0, 2, 18, 0, -26, -40, 0, -6, 28, 0, -20, 18, 0, 40, -6, 0, -12, 8, 0, 34, 32, 0, 8, 6, 0, -48, -14, 0, 84, 8, 0, 80, 0, 0, 0, -6, 0, -16, 4, 0, 60, 240, 0, -16, -50, 0, -14, 1, 0, -64, 36, 0, -6, 56, 0, 16, -32, 0, -60, -6, 0, 44, 16, 0, -24, 64, 0, -12, -64, 0, -10, -28, 0, -80, 8, 0, 96, 12, 0, 22, 72, 0, 24, -128, 0, -56, 24, 0, -32, 56, 0, 42, -2, 0, 46, 46, 0, -36, -78, 0, 16, 24, 0, 20, 24, 0, -23, -34, 0, -68, -6, 0, -16, -8, 0, -26, 0, 0, 40, 96, 0, 64, -10, 0, -38, 56, 0, -10, 0, 0, 96, 90, 0, 44, -4, 0, 8, -28, 0, 8, 33, 0, -10, 74, 0, -24, 24, 0, -6, -16, 0, -34, 4, 0, -56, 50, 0, -40, -36, 0, -24, -80, 0, -48, -38, 0, 20, 64, 0, 52, 2, 0, 10, 40, 0, 0, 40, 0, 36, 42, 0, 120, -4, 0, -72, 5, 0, -2, -96, 0, 4, -30, 0, 8, 42, 0, 0, -48, 0, -62, -56, 0, -4, -74, 0, 0, 34, 0, -6, 40, 0, -17, 6, 0, 8, -100, 0, -12, 68, 0, 66, -48, 0, -192, -24, 0, -18, 2, 0, 120, 56, 0, 24, -24, 0, -62, 60, 0, 42, 54, 0, -16, 12, 0, -90, -12, 0, -30, -44, 0, -50, -32, 0, 12, 8, 0, 12, 44, 0, 78, 10, 0, 24, -62, 0, 40, 24, 0, -10, 0, 0, 64, 8, 0, -24, 46, 0, 1, 36, 0, 4, 52, 0, -64, -32, 0, 48, -38, 0, -88, -9, 0, 13, 0, 0, 0, 4, 0, 2, -30, 0, 144, -10, 0, 0, 40, 0, 48, 34, 0, 12, 22, 0, -8, -120, 0, 0, -24, 0, -38, -12, 0, 30, 0, 0, 32, 16, 0, -64, -56, 0, -140, 26, 0, 6, 112, 0, 36, 84, 0, -12, -72, 0, -4, -16, 0, 3, 32, 0, -40, 32, 0, 0, 72, 0, -62, 16, 0, -12, 78, 0, -8, -2, 0, -6, 84, 0, -46, 24, 0, 72, 22, 0, 60, -8, 0, -8, 8, 0, 36, -58, 0, -6, -64, 0, 56, 30, 0, -54, -120, 0, 54, -6, 0, 8, -20, 0, -28, -48, 0, -48, 4, 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], [-1], [0], [-1], [1], [0], [4], [3], [0], [-1], [-4], [0], [6], [-4], [0], [-1], [2], [0], [-4], [-1], [0], [4], [1], [0], [1], [-6], [0], [-4], [10], [0], [-8], [-5], [0], [-2], [4], [0], [2], [4], [0], [3], [-2], [0], [-8], [4], [0], [-1], [0], [0], [9], [-1], [0], [-6], [6], [0], [-4], [12], [0], [-10], [0], [0], [6], [8], [0], [7], [6], [0], [8], [-2], [0], [-4], [4], [0], [10], [-2], [0], [4], [-16], [0], [16], [-1], [0], [2], [12], [0], [2], [8], [0], [-12], [10], [0], [24], [-1], [0], [0], [-4], [0], [-10], [-9], [0], [-1]], 'ap': [[-1], [0], [1], [4], [-4], [6], [2], [-4], [1], [10], [-8], [2], [-2], [-8], [0], [6], [0], [6], [8], [4], [10], [16], [12], [10], [-10], [-14], [-12], [12], [-10], [2], [0], [-8], [10], [4], [6], [-16], [-14], [20], [-8], [-2], [-24], [-2], [-24], [-6], [6], [24], [-4], [24], [12], [6], [2], [-20], [-14], [12], [-30], [0], [2], [16], [-10], [-6], [-24], [-26], [-28], [-12], [14], [6], [12], [-26], [12], [14], [-6], [-8], [28], [10], [4], [-32], [14], [30], [10], [10], [28], [-10], [0], [14], [-16], [12], [14], [-18], [34], [-32], [-20], [-40], [24], [-16], [4], [-16], [-22], [-6], [8], [-34], [-28], [-2], [-12], [-30], [44], [-38], [36], [-46], [-28], [10], [16], [-6], [-6], [-4], [8], [26], [16], [-8], [6], [-4], [14], [-46], [6], [4], [-20], [-34], [-42], [-36], [-12], [-6], [12], [8], [-24], [-38], [30], [42], [38], [-16], [-2], [-10], [44], [-22], [16], [52], [-2], [0], [-26], [-14], [-52], [8], [54], [-30], [4], [-48], [-40], [8], [16], [-18], [-2], [14], [-4], [42], [-32], [-4], [50], [-8], [-40], [-2], [-30], [-58], [4], [-34], [40], [6], [-16], [2], [-4], [-62], [36], [-2], [16], [4], [6], [-54], [24], [-2], [22], [-24], [-22], [-60], [-6], [-44], [-4], [66], [-20], [-22], [-22], [-30], [-30], [56], [38], [-16], [6], [-30], [36], [-2], [0], [28], [62], [-4], [18], [26], [-28], [12], [-60], [50], [32], [38], [-8], [6], [38], [56], [-66], [44], [-12], [-10], [10], [-4], [-4], [0], [-34], [12], [16], [6], [-24], [8], [58], [54], [48], [12], [36], [20], [64], [14], [42], [60], [-48], [4], [36], [-24], [18], [10], [-72], [18], [38], [-24], [-2], [-24], [46], [2], [12], [12], [38], [-46], [2], [-28], [54], [-30], [80], [30], [14], [8], [-10], [16], [-62], [-8], [-28], [62], [2], [-12], [16], [-64], [-72], [-74], [68], [12], [-2], [-58], [32], [38], [-66], [36], [-30], [-12], [-74], [46], [8], [54], [-16], [20], [-2], [62], [-16], [-12], [-12], [-22], [-44], [-34], [-72], [-26], [56], [46], [2], [4], [56], [-38], [48], [-12], [-2], [46], [60], [78], [-46], [8], [10], [-30], [52], [-68], [40], [6], [78], [54], [80], [-28], [28], [68], [62], [-78], [-38], [4], [54], [42], [-78], [80], [30], [-24], [70], [4], [0], [-42], [4], [-54], [-6], [-76], [-34], [-30], [24], [-84], [-78], [-72], [18], [78], [-24], [36], [12], [82], [-10], [-44], [66], [-32], [-84], [-24], [-90], [-56], [-26], [-48], [56], [-34], [18], [34], [6], [-6], [-64], [-6], [44], [64], [-80], [22], [-56], [56], [42], [46], [24], [-68], [-8], [-26], [64], [90], [44], [74], [-34], [50], [52], [42], [-30], [8], [-62], [-74], [0], [-48], [-62], [54], [-12], [12], [78], [-62], [52], [-88], [-30], [40], [22], [-38], [-56], [-72], [-62], [78], [84], [22], [60], [4]], 'char_orbit_index': 1, 'field_poly': [0, 1], 'hecke_orbit_code': 9007199288296459, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 1, 'label': '1035.2.a.c', 'level': 1035, 'maxp': 2999, 'weight': 2}
• mf_newspaces •

  Column	Type
  ALdims	integer[]
  ALdims_eis_new	integer[]
  ALdims_eis_old	integer[]
  ALdims_old	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': [2, 6, 6, 2, 5, 6, 3, 8], 'ALdims_eis_new': [0, 0, 0, 0, 0, 0, 0, 0], 'ALdims_eis_old': [1, 2, 2, 2, 2, 2, 2, 2], 'ALdims_old': [13, 12, 14, 14, 14, 9, 12, 11], 'Nk2': 4140, 'analytic_conductor': 8.26451660920252, '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': [1035, 1, [461, 622, 856], [1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 137, 'dim': 38, 'eis_dim': 15, 'eis_new_dim': 0, 'hecke_cutter_primes': [2, 7, 11], 'hecke_orbit_code': 33555467, 'hecke_orbit_dims': [1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 3, 4, 6, 6], 'label': '1035.2.a', 'level': 1035, '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': [3, 5, 23], 'level_radical': 345, 'mf_dim': 152, 'mf_new_dim': 38, 'num_forms': 17, 'plus_dim': 13, 'prim_orbit_index': 1, 'relative_dim': 38, 'sturm_bound': 288, 'trace_bound': 11, 'trace_display': [2, 0, 0, 4], 'traces': [38, 2, 0, 42, 0, 0, 4, 12, 0, 0, 8, 0, 8, 4, 0, 42, 4, 0, -8, -8, 0, 4, 6, 0, 38, 14, 0, 32, -6, 0, -2, 26, 0, -16, 6, 0, 28, -24, 0, 0, 22, 0, -8, 60, 0, 0, 8, 0, 56, 2, 0, -2, -36, 0, -8, -8, 0, -50, -18, 0, -20, 2, 0, 80, 4, 0, -28, -4, 0, 12, 18, 0, -20, -24, 0, 8, -52, 0, -4, 0, 0, 2, 20, 0, -18, 4, 0, 8, -12, 0, 4, 12, 0, 38, 8, 0, 8, 34, 0, 42, 14, 0, 64, 80, 0, -8, 4, 0, -20, 12, 0, 0, 52, 0, -4, -18, 0, -80, -42, 0, 14, -40, 0, -74, 0, 0, 20, -30, 0, 8, -8, 0, -36, -48, 0, -144, 16, 0, 42, 20, 0, -50, -48, 0, 8, -142, 0, 36, 24, 0, 40, -120, 0, -48, 0, 0, -12, 32, 0, -20, -2, 0, -8, 34, 0, -64, 16, 0, 110, 36, 0, -84, 12, 0, 4, 84, 0, -140, 0, 0, 52, -24, 0, -18, 10, 0, 36, -166, 0, -16, -32, 0, 24, 40, 0, -90, 52, 0, -12, 12, 0, -28, 20, 0, 24, -92, 0, -66, 24, 0, -58, 44, 0, 4, 12, 0, 60, -12, 0, -40, 36, 0, -72, 88, 0, -108, -144, 0, 32, 10, 0, -4, -28, 0, 12, -68, 0, -112, -66, 0, 28, -6, 0, -128, -40, 0, 0, -104, 0, 0, 60, 0, 4, 14, 0, 38, 76, 0, -2, -36, 0, -154, -76, 0, 6, -8, 0, -20, 102, 0, -6, 156, 0, 48, 8, 0, -24, -2, 0, 12, -40, 0, 20, -6, 0, -164, -12, 0, -84, -88, 0, -54, 20, 0, -8, -136, 0, -20, -8, 0, 0, 18, 0, -40, 8, 0, -8, -40, 0, 8, 48, 0, 36, 0, 0, -96, 112, 0, 40, -32, 0, -8, -44, 0, 8, 70, 0, -156, -44, 0, -90, -52, 0, 136, 38, 0, -56, 224, 0, -48, -72, 0, -52, -104, 0, 12, 48, 0, 154, 4, 0, 76, 56, 0, 72, 60, 0, 122, 156, 0, 142, 4, 0, 160, 16, 0, 76, -8, 0, 4, -2, 0, 112, -16, 0, 76, 104, 0, 52, -12, 0, 160, -44, 0, 24, -94, 0, -184, 116, 0, -2, 76, 0, 174, 24, 0, 136, -116, 0, 42, 132, 0, 44, 8, 0, -60, -100, 0, -26, 48, 0, 220, 84, 0, -70, 74, 0, 88, -60, 0, 84, -144, 0, 0, 4, 0, -76, -8, 0, 16, -32, 0, -68, 180, 0, 284, 20, 0, -184, -36, 0, 148, 84, 0, 24, 24, 0, -168, 78, 0, -104, -8, 0, 88, 36, 0, -28, -20, 0, -10, -48, 0, 12, -114, 0, 26, 12, 0, 170, -72, 0, -112, 88, 0, -8, -68, 0, 302, -144, 0, 68, -64, 0, 34, -8, 0, -148, 8, 0, -44, 50, 0, 148, 0, 0, -174, -164, 0, -62, -8, 0, -36, 12, 0, -16, -20, 0, 50, -72, 0, 8, 20, 0, -70, -8, 0, 32, 56, 0, 88, 160, 0, -168, -194, 0, -20, -132, 0, 38, 96, 0, -320, -96, 0, 6, 144, 0, 126, 128, 0, 192, -72, 0, -132, -4, 0, -116, -24, 0, 4, -48, 0, -20, -158, 0, -110, -108, 0, -16, 36, 0, 208, -132, 0, 18, 100, 0, -40, 24, 0, 92, -108, 0, -4, 6, 0, -68, -10, 0, -8, -46, 0, -132, -152, 0, -132, -56, 0, 8, -60, 0, 260, 12, 0, -8, -52, 0, -62, -144, 0, 2, 368, 0, 194, 48, 0, -100, -48, 0, 56, -112, 0, 312, 72, 0, -120, 100, 0, -108, 128, 0, -2, -4, 0, 38, 116, 0, 212, 82, 0, 24, 312, 0, 164, -104, 0, 272, 196, 0, -124, -80, 0, -92, -44, 0, 288, -28, 0, -40, 14, 0, 298, -152, 0, 32, -14, 0, -56, 124, 0, 192, 134, 0, -136, 0, 0, 0, 128, 0, 148, 8, 0, -80, 124, 0, 284, -20, 0, -276, -32, 0, 52, 168, 0, 44, -12, 0, 124, 28, 0, 16, -20, 0, -56, -48, 0, -244, 218, 0, 32, 48, 0, -108, 264, 0, 6, -332, 0, 200, 32, 0, -192, 8, 0, -68, 130, 0, -80, -90, 0, 8, 250, 0, 228, -6, 0, -172, -232, 0, -40, 16, 0, 12, -64, 0, 4, 116, 0, -138, 4, 0, 136, 40, 0, 24, 72, 0, 224, 146, 0, -164, -546, 0, 90, 64, 0, -140, 192, 0, -164, 110, 0, 208, 128, 0, -32, 64, 0, -84, 96, 0, 194, 48, 0, -2, -64, 0, 360, 88, 0, 80, 16, 0, -94, 30, 0, -212, 190, 0, -136, 14, 0, 32, -26, 0, -180, -44, 0, -212, 26, 0, 336, -152, 0, -8, -178, 0, 104, -42, 0, 86, 264, 0, 56, -112, 0, -40, -158, 0, 216, -132, 0, -24, -280, 0, 124, 44, 0, 26, -76, 0, -92, -48, 0, 0, -56, 0, -300, -220, 0, 104, -208, 0, -188, -80, 0, -284, 380, 0, -16, -18, 0, -36, 96, 0, 208, -164, 0, -242, 116, 0, -148, -156, 0, 52, 52, 0, 304, -104, 0, 68, -16, 0, 96, 6, 0, 380, -386, 0, -220, -44, 0, -128, 308, 0, -2, -4, 0, -56, -72, 0, -72, -24, 0, -24, -104, 0, 100, -6, 0, -6, 188, 0, -64, 8, 0, -60, -296, 0, 52, 168, 0, -228, 136, 0, -44, -40, 0, -152, 30, 0, -66, 196, 0, 28, -152, 0, -306, -294, 0, -64, -110, 0, 72, -88, 0, 40, -56, 0, -44, -4, 0, -16, -360, 0, -304, 32, 0, -204, -24, 0, -376, -176, 0, -72, 42, 0, -188, -4, 0, -140, 452, 0, -152, 64, 0, 32, -76, 0, -12, 148, 0, -52, -26, 0, -264, 188, 0, -56, -184, 0, 274, 12, 0, -24, 96, 0, -416, -32, 0, -282, -90, 0, -404, 44, 0, -192, -102, 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: 625939
    {'conductor': 3, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 5, 'target_is_minimal': True, 'target_label': '345.2.a.e', 'target_level': 345, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '3.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 625940
    {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 3, 'target_is_minimal': False, 'target_label': '1035.2.a.c', 'target_level': 1035, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
  • id: 625941
    {'conductor': 15, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 2, 'target_is_minimal': False, 'target_label': '1725.2.a.b', 'target_level': 1725, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '15.d', 'twisting_char_orbit': 4, 'weight': 2}
  • id: 625942
    {'conductor': 15, 'degree': 2, 'multiplicity': 2, 'order': 4, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 2, 'target_dim': 2, 'target_hecke_orbit': 6, 'target_is_minimal': False, 'target_label': '1725.2.b.f', 'target_level': 1725, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '15.e', 'twisting_char_orbit': 5, 'weight': 2}
  • id: 625943
    {'conductor': 5, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 17, 'target_is_minimal': False, 'target_label': '5175.2.a.q', 'target_level': 5175, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '5.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 625944
    {'conductor': 12, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '5520.2.a.a', 'target_level': 5520, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '12.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 625945
    {'conductor': 69, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 3, 'source_is_minimal': False, 'source_label': '1035.2.a.c', 'source_level': 1035, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 10, 'target_is_minimal': False, 'target_label': '7935.2.a.j', 'target_level': 7935, 'twist_class_label': '345.2.a.e', 'twist_class_level': 345, 'twisting_char_label': '69.c', 'twisting_char_orbit': 3, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 1618900
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 2}
  • id: 1618901
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 3}
  • id: 1618902
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 5}
  • id: 1618903
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 7}
  • id: 1618904
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 11}
  • id: 1618905
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 13}
  • id: 1618906
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 17}
  • id: 1618907
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 19}
  • id: 1618908
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 23}
  • id: 1618909
    {'charpoly_factorization': [[[-10, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 29}
  • id: 1618910
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 31}
  • id: 1618911
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 37}
  • id: 1618912
    {'charpoly_factorization': [[[2, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 41}
  • id: 1618913
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 43}
  • id: 1618914
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 47}
  • id: 1618915
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 53}
  • id: 1618916
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 59}
  • id: 1618917
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 61}
  • id: 1618918
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 67}
  • id: 1618919
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 71}
  • id: 1618920
    {'charpoly_factorization': [[[-10, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 73}
  • id: 1618921
    {'charpoly_factorization': [[[-16, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 79}
  • id: 1618922
    {'charpoly_factorization': [[[-12, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 83}
  • id: 1618923
    {'charpoly_factorization': [[[-10, 1], 1]], 'hecke_orbit_code': 9007199288296459, 'p': 89}
  • id: 1618924
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 9007199288296459, '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': 3, 'label': '1035.2.a.c', 'level': 1035, 'portrait': 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', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 26223613
    {'hecke_orbit_code': 9007199288296459, 'n': 1, 'trace_an': 1}
  • id: 26223614
    {'hecke_orbit_code': 9007199288296459, 'n': 2, 'trace_an': -1}
  • id: 26223615
    {'hecke_orbit_code': 9007199288296459, 'n': 3, 'trace_an': 0}
  • id: 26223616
    {'hecke_orbit_code': 9007199288296459, 'n': 4, 'trace_an': -1}
  • id: 26223617
    {'hecke_orbit_code': 9007199288296459, 'n': 5, 'trace_an': 1}
  • id: 26223618
    {'hecke_orbit_code': 9007199288296459, 'n': 6, 'trace_an': 0}
  • id: 26223619
    {'hecke_orbit_code': 9007199288296459, 'n': 7, 'trace_an': 4}
  • id: 26223620
    {'hecke_orbit_code': 9007199288296459, 'n': 8, 'trace_an': 3}
  • id: 26223621
    {'hecke_orbit_code': 9007199288296459, 'n': 9, 'trace_an': 0}
  • id: 26223622
    {'hecke_orbit_code': 9007199288296459, 'n': 10, 'trace_an': -1}
  • id: 26223623
    {'hecke_orbit_code': 9007199288296459, 'n': 11, 'trace_an': -4}
  • id: 26223624
    {'hecke_orbit_code': 9007199288296459, 'n': 12, 'trace_an': 0}
  • id: 26223625
    {'hecke_orbit_code': 9007199288296459, 'n': 13, 'trace_an': 6}
  • id: 26223626
    {'hecke_orbit_code': 9007199288296459, 'n': 14, 'trace_an': -4}
  • id: 26223627
    {'hecke_orbit_code': 9007199288296459, 'n': 15, 'trace_an': 0}
  • id: 26223628
    {'hecke_orbit_code': 9007199288296459, 'n': 16, 'trace_an': -1}
  • id: 26223629
    {'hecke_orbit_code': 9007199288296459, 'n': 17, 'trace_an': 2}
  • id: 26223630
    {'hecke_orbit_code': 9007199288296459, 'n': 18, 'trace_an': 0}
  • id: 26223631
    {'hecke_orbit_code': 9007199288296459, 'n': 19, 'trace_an': -4}
  • id: 26223632
    {'hecke_orbit_code': 9007199288296459, 'n': 20, 'trace_an': -1}
  • id: 26223633
    {'hecke_orbit_code': 9007199288296459, 'n': 21, 'trace_an': 0}
  • id: 26223634
    {'hecke_orbit_code': 9007199288296459, 'n': 22, 'trace_an': 4}
  • id: 26223635
    {'hecke_orbit_code': 9007199288296459, 'n': 23, 'trace_an': 1}
  • id: 26223636
    {'hecke_orbit_code': 9007199288296459, 'n': 24, 'trace_an': 0}
  • id: 26223637
    {'hecke_orbit_code': 9007199288296459, 'n': 25, 'trace_an': 1}
  • id: 26223638
    {'hecke_orbit_code': 9007199288296459, 'n': 26, 'trace_an': -6}
  • id: 26223639
    {'hecke_orbit_code': 9007199288296459, 'n': 27, 'trace_an': 0}
  • id: 26223640
    {'hecke_orbit_code': 9007199288296459, 'n': 28, 'trace_an': -4}
  • id: 26223641
    {'hecke_orbit_code': 9007199288296459, 'n': 29, 'trace_an': 10}
  • id: 26223642
    {'hecke_orbit_code': 9007199288296459, 'n': 30, 'trace_an': 0}
  • id: 26223643
    {'hecke_orbit_code': 9007199288296459, 'n': 31, 'trace_an': -8}
  • id: 26223644
    {'hecke_orbit_code': 9007199288296459, 'n': 32, 'trace_an': -5}
  • id: 26223645
    {'hecke_orbit_code': 9007199288296459, 'n': 33, 'trace_an': 0}
  • id: 26223646
    {'hecke_orbit_code': 9007199288296459, 'n': 34, 'trace_an': -2}
  • id: 26223647
    {'hecke_orbit_code': 9007199288296459, 'n': 35, 'trace_an': 4}
  • id: 26223648
    {'hecke_orbit_code': 9007199288296459, 'n': 36, 'trace_an': 0}
  • id: 26223649
    {'hecke_orbit_code': 9007199288296459, 'n': 37, 'trace_an': 2}
  • id: 26223650
    {'hecke_orbit_code': 9007199288296459, 'n': 38, 'trace_an': 4}
  • id: 26223651
    {'hecke_orbit_code': 9007199288296459, 'n': 39, 'trace_an': 0}
  • id: 26223652
    {'hecke_orbit_code': 9007199288296459, 'n': 40, 'trace_an': 3}
  • id: 26223653
    {'hecke_orbit_code': 9007199288296459, 'n': 41, 'trace_an': -2}
  • id: 26223654
    {'hecke_orbit_code': 9007199288296459, 'n': 42, 'trace_an': 0}
  • id: 26223655
    {'hecke_orbit_code': 9007199288296459, 'n': 43, 'trace_an': -8}
  • id: 26223656
    {'hecke_orbit_code': 9007199288296459, 'n': 44, 'trace_an': 4}
  • id: 26223657
    {'hecke_orbit_code': 9007199288296459, 'n': 45, 'trace_an': 0}
  • id: 26223658
    {'hecke_orbit_code': 9007199288296459, 'n': 46, 'trace_an': -1}
  • id: 26223659
    {'hecke_orbit_code': 9007199288296459, 'n': 47, 'trace_an': 0}
  • id: 26223660
    {'hecke_orbit_code': 9007199288296459, 'n': 48, 'trace_an': 0}
  • id: 26223661
    {'hecke_orbit_code': 9007199288296459, 'n': 49, 'trace_an': 9}
  • id: 26223662
    {'hecke_orbit_code': 9007199288296459, 'n': 50, 'trace_an': -1}
  • id: 26223663
    {'hecke_orbit_code': 9007199288296459, 'n': 51, 'trace_an': 0}
  • id: 26223664
    {'hecke_orbit_code': 9007199288296459, 'n': 52, 'trace_an': -6}
  • id: 26223665
    {'hecke_orbit_code': 9007199288296459, 'n': 53, 'trace_an': 6}
  • id: 26223666
    {'hecke_orbit_code': 9007199288296459, 'n': 54, 'trace_an': 0}
  • id: 26223667
    {'hecke_orbit_code': 9007199288296459, 'n': 55, 'trace_an': -4}
  • id: 26223668
    {'hecke_orbit_code': 9007199288296459, 'n': 56, 'trace_an': 12}
  • id: 26223669
    {'hecke_orbit_code': 9007199288296459, 'n': 57, 'trace_an': 0}
  • id: 26223670
    {'hecke_orbit_code': 9007199288296459, 'n': 58, 'trace_an': -10}
  • id: 26223671
    {'hecke_orbit_code': 9007199288296459, 'n': 59, 'trace_an': 0}
  • id: 26223672
    {'hecke_orbit_code': 9007199288296459, 'n': 60, 'trace_an': 0}
  • id: 26223673
    {'hecke_orbit_code': 9007199288296459, 'n': 61, 'trace_an': 6}
  • id: 26223674
    {'hecke_orbit_code': 9007199288296459, 'n': 62, 'trace_an': 8}
  • id: 26223675
    {'hecke_orbit_code': 9007199288296459, 'n': 63, 'trace_an': 0}
  • id: 26223676
    {'hecke_orbit_code': 9007199288296459, 'n': 64, 'trace_an': 7}
  • id: 26223677
    {'hecke_orbit_code': 9007199288296459, 'n': 65, 'trace_an': 6}
  • id: 26223678
    {'hecke_orbit_code': 9007199288296459, 'n': 66, 'trace_an': 0}
  • id: 26223679
    {'hecke_orbit_code': 9007199288296459, 'n': 67, 'trace_an': 8}
  • id: 26223680
    {'hecke_orbit_code': 9007199288296459, 'n': 68, 'trace_an': -2}
  • id: 26223681
    {'hecke_orbit_code': 9007199288296459, 'n': 69, 'trace_an': 0}
  • id: 26223682
    {'hecke_orbit_code': 9007199288296459, 'n': 70, 'trace_an': -4}
  • id: 26223683
    {'hecke_orbit_code': 9007199288296459, 'n': 71, 'trace_an': 4}
  • id: 26223684
    {'hecke_orbit_code': 9007199288296459, 'n': 72, 'trace_an': 0}
  • id: 26223685
    {'hecke_orbit_code': 9007199288296459, 'n': 73, 'trace_an': 10}
  • id: 26223686
    {'hecke_orbit_code': 9007199288296459, 'n': 74, 'trace_an': -2}
  • id: 26223687
    {'hecke_orbit_code': 9007199288296459, 'n': 75, 'trace_an': 0}
  • id: 26223688
    {'hecke_orbit_code': 9007199288296459, 'n': 76, 'trace_an': 4}
  • id: 26223689
    {'hecke_orbit_code': 9007199288296459, 'n': 77, 'trace_an': -16}
  • id: 26223690
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  • id: 26223691
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  • id: 26223692
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  • id: 26223693
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  • id: 26223694
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  • id: 26223695
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  • id: 26223696
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  • id: 26223697
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  • id: 26223698
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  • id: 26223699
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  • id: 26223700
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  • id: 26223701
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  • id: 26223702
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  • id: 26223703
    {'hecke_orbit_code': 9007199288296459, 'n': 91, 'trace_an': 24}
  • id: 26223704
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  • id: 26223705
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  • id: 26223706
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  • id: 26223707
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  • id: 26223708
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  • id: 26223709
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  • id: 26223710
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  • id: 26223711
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  • id: 26223712
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  • id: 26223713
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  • id: 26223714
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  • id: 26223715
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  • id: 26223716
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  • id: 26223717
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  • id: 26223718
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  • id: 26223719
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  • id: 26223720
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  • id: 26223721
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  • id: 26223722
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  • id: 26223723
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  • id: 26223724
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  • id: 26223725
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  • id: 26223726
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  • id: 26223727
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  • id: 26223728
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  • id: 26223729
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  • id: 26223730
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  • id: 26223731
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  • id: 26223732
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  • id: 26223733
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  • id: 26223734
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  • id: 26223735
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  • id: 26223736
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  • id: 26223737
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  • id: 26223738
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  • id: 26223739
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  • id: 26223740
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  • id: 26223741
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  • id: 26223742
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  • id: 26223743
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  • id: 26223744
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  • id: 26223745
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  • id: 26223746
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  • id: 26223747
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  • id: 26223748
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  • id: 26223749
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  • id: 26223750
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  • id: 26223751
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  • id: 26223752
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  • id: 26223753
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  • id: 26223754
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  • id: 26223755
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  • id: 26223756
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  • id: 26223757
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  • id: 26223758
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  • id: 26223759
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  • id: 26223760
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  • id: 26223761
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  • id: 26223762
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  • id: 26223763
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  • id: 26223764
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  • id: 26223765
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  • id: 26223766
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  • id: 26223767
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  • id: 26223768
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  • id: 26223769
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  • id: 26223770
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  • id: 26223771
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  • id: 26223772
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  • id: 26223773
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  • id: 26223774
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  • id: 26223775
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  • id: 26223776
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  • id: 26223777
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  • id: 26223778
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  • id: 26223779
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  • id: 26223780
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  • id: 26223781
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  • id: 26223782
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  • id: 26223783
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  • id: 26223784
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  • id: 26223785
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  • id: 26223786
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  • id: 26223787
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  • id: 26223788
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  • id: 26223789
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  • id: 26223790
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  • id: 26223791
    {'hecke_orbit_code': 9007199288296459, 'n': 499, 'trace_an': 4}
  • id: 26223792
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  • id: 26223793
    {'hecke_orbit_code': 9007199288296459, 'n': 509, 'trace_an': -22}
  • id: 26223794
    {'hecke_orbit_code': 9007199288296459, 'n': 512, 'trace_an': 11}
  • id: 26223795
    {'hecke_orbit_code': 9007199288296459, 'n': 521, 'trace_an': -6}
  • id: 26223796
    {'hecke_orbit_code': 9007199288296459, 'n': 523, 'trace_an': 8}
  • id: 26223797
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  • id: 26223798
    {'hecke_orbit_code': 9007199288296459, 'n': 541, 'trace_an': -34}
  • id: 26223799
    {'hecke_orbit_code': 9007199288296459, 'n': 547, 'trace_an': -28}
  • id: 26223800
    {'hecke_orbit_code': 9007199288296459, 'n': 557, 'trace_an': -2}
  • id: 26223801
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  • id: 26223802
    {'hecke_orbit_code': 9007199288296459, 'n': 569, 'trace_an': -30}
  • id: 26223803
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  • id: 26223804
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  • id: 26223805
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  • id: 26223806
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  • id: 26223807
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  • id: 26223808
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  • id: 26223809
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  • id: 26223810
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  • id: 26223811
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  • id: 26223812
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  • id: 26223813
    {'hecke_orbit_code': 9007199288296459, 'n': 625, 'trace_an': 1}
  • id: 26223814
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  • id: 26223815
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  • id: 26223816
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  • id: 26223817
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  • id: 26223818
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  • id: 26223819
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  • id: 26223820
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  • id: 26223821
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  • id: 26223822
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  • id: 26223823
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  • id: 26223824
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  • id: 26223825
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  • id: 26223826
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  • id: 26223827
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  • id: 26223828
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  • id: 26223829
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  • id: 26223830
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  • id: 26223831
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  • id: 26223832
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  • id: 26223833
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  • id: 26223834
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  • id: 26223835
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  • id: 26223836
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  • id: 26223837
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  • id: 26223838
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  • id: 26223839
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  • id: 26223840
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  • id: 26223841
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  • id: 26223842
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  • id: 26223843
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  • id: 26223844
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  • id: 26223845
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  • id: 26223846
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  • id: 26223847
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  • id: 26223848
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  • id: 26223849
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  • id: 26223850
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  • id: 26223851
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  • id: 26223852
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  • id: 26223853
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  • id: 26223854
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  • id: 26223855
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  • id: 26223856
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  • id: 26223857
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  • id: 26223858
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  • id: 26223859
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  • id: 26223860
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  • id: 26223861
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  • id: 26223862
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  • id: 26223863
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  • id: 26223864
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  • id: 26223865
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  • id: 26223866
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  • id: 26223867
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  • id: 26223868
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  • id: 26223869
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  • id: 26223870
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