Newform data - 444.1.bf.a

Formats: - HTML - YAML - JSON - 2026-07-11T00:00:47.496229

• 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': 444, 'analytic_conductor': 0.22158486560905308, 'analytic_rank': 0, 'analytic_rank_proved': True, 'char_conductor': 111, 'char_degree': 6, 'char_is_minimal': True, 'char_is_real': False, 'char_orbit_index': 32, 'char_orbit_label': 'bf', 'char_order': 18, 'char_parity': -1, 'char_values': [444, 18, [223, 149, 409], [18, 9, 2]], 'cm_discs': [-3], 'conrey_index': 53, 'dim': 6, 'field_disc': -19683, 'field_disc_factorization': [[-1, 1], [3, 9]], 'field_poly': [1, 0, 0, -1, 0, 0, 1], 'field_poly_is_cyclotomic': True, 'field_poly_is_real_cyclotomic': False, 'field_poly_root_of_unity': 18, 'has_non_self_twist': 1, 'hecke_cutters': [], 'hecke_orbit': 1, 'hecke_orbit_code': 2130320556476, 'hecke_ring_generator_nbound': 3, 'hecke_ring_index': 1, 'hecke_ring_index_factorization': [], 'hecke_ring_index_proved': True, 'inner_twist_count': 4, 'inner_twists': [[1, 1, 1, 1, 1, 1, 1], [1, 1, 3, 2, -1, 2, -3], [1, 1, 37, 6, 1, 9, 0], [1, 1, 111, 16, -1, 18, 0]], 'is_cm': True, 'is_largest': True, 'is_maximal': True, 'is_polredabs': True, 'is_rm': False, 'is_self_dual': False, 'is_self_twist': True, 'is_twist_minimal': True, 'label': '444.1.bf.a', 'level': 444, '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, 3, 37], 'level_radical': 222, 'minimal_twist': '444.1.bf.a', 'nf_label': '6.0.19683.1', 'prim_orbit_index': 16, 'projective_field': [-2256, 2304, 916, 507, 31, 166, 1, 4, -3, 1], 'projective_field_label': '9.1.18208693489126464.1', 'projective_image': 'D9', 'projective_image_type': 'Dn', 'qexp_display': 'q+\\zeta_{18}^{8}q^{3}+(-\\zeta_{18}^{3}-\\zeta_{18}^{7})q^{7}+\\cdots', 'related_objects': [], 'relative_dim': 1, 'rm_discs': [], 'self_twist_discs': [-3], 'self_twist_type': 1, 'space_label': '444.1.bf', 'trace_display': [0, 0, 0, -3], 'trace_hash': 738803591378410873, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.006', 'prec': 17}, {'__RealLiteral__': 0, 'data': '5.971', 'prec': 17}, {'__RealLiteral__': 0, 'data': '22.115', 'prec': 20}, {'__RealLiteral__': 0, 'data': '307.138', 'prec': 24}, {'__RealLiteral__': 0, 'data': '2525.025', 'prec': 27}, {'__RealLiteral__': 0, 'data': '30267.683', 'prec': 30}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.725', 'prec': 17}, 'traces': [6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 6, 0, 6, 0, 0, 0, 3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 6, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 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• 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, 8]], [], [], [], [[-1, 3], [-1, 7]], [], [[-1, 7]], [], [], [], [[1, 0], [1, 4]], [], [], [], [], [], [[-1, 8]], [], [[1, 2], [1, 6]], [], [], [], [[-1, 1]], [], [[1, 6]], [], [], [], [[1, 4], [-1, 5]], [], [], [], [], [], [[-1, 3]], [], [[-1, 3], [1, 8]], [], [], [], [[-1, 1], [1, 8]], [], [], [], [], [], [[-1, 1], [-1, 5], [1, 6]], [], [], [], [], [], [], [], [[1, 7]], [], [], [], [[1, 2], [1, 2]], [], [[-1, 1], [-1, 5]], [], [], [], [[1, 4], [1, 6]], [], [], [], [], [], [[-1, 1], [1, 8]], [], [[1, 0]], [], [], [], [[1, 4], [1, 6]], [], [[-1, 5]], [], [], [], [], [], [], [], [], [], [[1, 2], [-1, 3], [-2, 7]], [], [[-1, 3], [1, 4]], [], [], [], [[-1, 5], [-1, 7]], [], [], []], 'ap': [[], [[1, 8]], [], [[-1, 3], [-1, 7]], [], [[1, 0], [1, 4]], [], [[-1, 8]], [], [], [[1, 4], [-1, 5]], [[-1, 3]], [], [[-1, 1], [1, 8]], [], [], [], [[1, 2], [1, 2]], [[1, 4], [1, 6]], [], [[-1, 1], [1, 8]], [[1, 4], [1, 6]], [], [], [[-1, 5], [-1, 7]], [], [[1, 3]], [], [[-1, 3], [1, 8]], [], [[1, 0], [1, 8]], [], [], [[1, 2], [-1, 3]], [], [[1, 0], [-1, 7]], [[1, 6], [1, 8]], [[-1, 4]], [], [], [], [[1, 6], [-1, 7]], [], [[-1, 7], [1, 8]], [], [[-1, 1], [1, 2]], [[-1, 1], [-1, 5]], [[1, 2], [-1, 7]], [], [[1, 4], [1, 6]], [], [], [[-1, 3], [1, 4]], [], [], [], [], [[-1, 5], [1, 6]], [[-1, 8]], [], [[-1, 1], [-1, 3]], [], [[1, 2], [1, 4]], [], [[1, 0], [-1, 5]], [], [[-1, 3], [1, 8]], [[-1, 1], [-1, 3]], [], [[-1, 4]], [], [], [[-1, 1], [1, 6]], [[-1, 3], [1, 4]], [[1, 7]], [], [], [[-1, 1], [1, 2]], [], [[-1, 5], [1, 6]], [], [[-1, 6]], [], [[1, 3]], [[-1, 3], [-1, 7]], [], [], [[1, 2], [1, 2]], [], [[1, 0], [-1, 7]], [], [], [[1, 0], [1, 0]], [], [[-1, 8]], [], [], [], [[-1, 3], [-1, 7]], [[-1, 5], [-1, 7]], [[-1, 7], [1, 8]], [], [], [], [[1, 0], [1, 8]], [[1, 4], [1, 4]], [], [], [], [[1, 0], [-1, 5]], [[1, 4], [1, 4]], [[-1, 4]], [], [[-1, 1], [1, 2]], [[-1, 3], [1, 8]], [], [[1, 4], [1, 8]], [], [], [], [[1, 0], [-1, 1]], [[1, 5]], [], [], [[-1, 3], [1, 8]], [], [[1, 4], [-1, 5]], [], [[1, 6], [-1, 7]], [[-1, 3], [-1, 7]], [[-1, 0]], [], [[-1, 1], [-1, 5]], [[1, 6], [1, 8]], [], [[1, 2], [1, 4]], [], [[-1, 1], [1, 2]], [], [], [[-1, 8]], [], [[1, 2], [-1, 3]], [], [[1, 2], [1, 6]], [], [[1, 1]], [], [[-1, 7], [1, 8]], [], [[-1, 7], [1, 8]], [], [[-1, 5], [-1, 5]], [], [[1, 0], [-1, 7]], [], [[-1, 1], [1, 8]], [], [[-1, 3], [1, 8]], [], [], [], [[-1, 3], [-1, 7]], [], [], [], [[1, 3]], [[1, 1]], [[1, 4], [1, 8]], [], [], [[1, 0], [1, 8]], [], [[-1, 8]], [[-1, 8]], [], [[1, 0], [1, 8]], [], [[-1, 6]], [[-1, 2]], [[-1, 6]], [], [[-1, 7], [-1, 7]], [], [], [], [[1, 5]], [[1, 6], [-1, 7]], [[1, 8], [1, 8]], [], [[-1, 0]], [], [[1, 0], [1, 4]], [], [], [], [[1, 2], [-1, 3]], [[-1, 3], [-1, 3]], [], [], [], [[-1, 5], [-1, 7]], [[-1, 4]], [[1, 0], [-1, 5]], [], [], [[1, 0], [1, 8]], [], [], [[-1, 1], [-1, 3]], [[-1, 5], [1, 6]], [], [[1, 2], [1, 4]], [], [], [[1, 2], [1, 4]], [[1, 0], [-1, 1]], [], [], [], [[-1, 1], [-1, 1]], [[1, 0], [-1, 1]], [], [[1, 7]], [], [[-1, 6]], [], [], [[-1, 2]], [], [[-1, 5], [-1, 7]], [[-1, 3], [-1, 5]], [[1, 2], [-1, 3]], [], [[-1, 8]], [], [[1, 7]], [], [], [], [], [[-1, 5], [-1, 7]], [[1, 2], [1, 4]], [[1, 4], [1, 6]], [], [], [[-1, 1], [-1, 3]], [], [[1, 1]], [], [[1, 4], [-1, 5]], [], [], [[-1, 1], [1, 6]], [], [], [[1, 0], [-1, 1]], [[-1, 0]], [], [[-1, 1], [-1, 5]], [[-1, 5], [1, 6]], [], [[1, 2], [1, 2]], [[1, 0], [-1, 5]], [], [[-1, 3], [1, 4]], [], [], [[-1, 3], [-1, 5]], [], [[1, 0], [1, 2]], [[1, 2], [1, 4]], [[-1, 5], [-1, 7]], [[-1, 7], [-1, 7]], [[-1, 1], [1, 8]], [[1, 5]], [], [[1, 6], [-1, 7]], [[-1, 1], [-1, 1]], [], [], [[1, 8], [1, 8]], [], [[1, 3]], [[1, 0], [-1, 5]], [], [[1, 4], [1, 8]], [], [[-1, 1], [-1, 5]], [], [], [], [], [], [[1, 2], [-1, 3]], [], [[1, 4], [1, 8]], [], [], [[-1, 7], [1, 8]], [[1, 0], [-1, 1]], [], [[-1, 0]]], 'char_orbit_index': 32, 'field_poly': [1, 0, 0, -1, 0, 0, 1], 'hecke_orbit_code': 2130320556476, 'hecke_ring_character_values': [[223, [[1, 0]]], [149, [[-1, 0]]], [409, [[1, 2]]]], 'hecke_ring_cyclotomic_generator': 18, 'hecke_ring_power_basis': False, 'hecke_ring_rank': 6, 'label': '444.1.bf.a', 'level': 444, 'maxp': 1999, 'weight': 1}
• 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

  
  {'Nk2': 444, 'a4_dim': 0, 'a5_dim': 0, 'analytic_conductor': 0.22158486560905308, 'char_conductor': 111, 'char_degree': 6, 'char_is_real': False, 'char_orbit_index': 32, 'char_orbit_label': 'bf', 'char_order': 18, 'char_parity': -1, 'char_values': [444, 18, [223, 149, 409], [18, 9, 2]], 'conrey_index': 53, 'cusp_dim': 6, 'dihedral_dim': 6, 'dim': 6, 'eis_dim': 36, 'eis_new_dim': 0, 'hecke_orbit_code': 2130320556476, 'hecke_orbit_dims': [6], 'label': '444.1.bf', 'level': 444, '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, 3, 37], 'level_radical': 222, 'mf_dim': 42, 'mf_new_dim': 6, 'num_forms': 1, 'prim_orbit_index': 16, 'relative_dim': 1, 's4_dim': 0, 'sturm_bound': 76, 'trace_bound': 0, 'trace_display': [0, 0, 0, -3], 'traces': [6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 6, 0, 6, 0, 0, 0, 3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 6, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, -3, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -6, 0, 0, 0, 0, 0, -3, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, -6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 12, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 12, 0, 0, 0, 6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 6, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, -3, 0, 0, 0, -3, 0, -3, 0, 0, 0, -3, 0, 0, 0, 0, 0, -6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, -6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -6, 0, 6, 0, 0, 0, -3, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 6, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, -6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 3, 0, 6, 0, 0, 0, 0, 0, -3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, 6, 0], 'weight': 1, '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: 325124
    {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 32, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': True, 'target_label': '444.1.bf.a', 'target_level': 444, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 1}
  • id: 325125
    {'conductor': 3, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': -3, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 32, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': True, 'target_label': '444.1.bf.a', 'target_level': 444, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '3.b', 'twisting_char_orbit': 2, 'weight': 1}
  • id: 325126
    {'conductor': 37, 'degree': 6, 'multiplicity': 1, 'order': 9, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 32, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': True, 'target_label': '444.1.bf.a', 'target_level': 444, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '37.f', 'twisting_char_orbit': 6, 'weight': 1}
  • id: 325127
    {'conductor': 111, 'degree': 6, 'multiplicity': 1, 'order': 18, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 32, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': True, 'target_label': '444.1.bf.a', 'target_level': 444, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '111.p', 'twisting_char_orbit': 16, 'weight': 1}
  • id: 325128
    {'conductor': 4, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 96, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '1776.1.dr.a', 'target_level': 1776, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '4.b', 'twisting_char_orbit': 2, 'weight': 1}
  • id: 325129
    {'conductor': 12, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 96, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '1776.1.dr.a', 'target_level': 1776, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '12.b', 'twisting_char_orbit': 2, 'weight': 1}
  • id: 325130
    {'conductor': 148, 'degree': 6, 'multiplicity': 1, 'order': 18, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 96, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '1776.1.dr.a', 'target_level': 1776, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '148.p', 'twisting_char_orbit': 16, 'weight': 1}
  • id: 325131
    {'conductor': 444, 'degree': 6, 'multiplicity': 1, 'order': 18, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 32, 'source_dim': 6, 'source_hecke_orbit': 1, 'source_is_minimal': True, 'source_label': '444.1.bf.a', 'source_level': 444, 'target_char_orbit': 96, 'target_dim': 6, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '1776.1.dr.a', 'target_level': 1776, 'twist_class_label': '444.1.bf.a', 'twist_class_level': 444, 'twisting_char_label': '444.z', 'twisting_char_orbit': 26, 'weight': 1}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 899225
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 2}
  • id: 899226
    {'charpoly_factorization': [[[1, 0, 0, 1, 0, 0, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 3}
  • id: 899227
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 5}
  • id: 899228
    {'charpoly_factorization': [[[1, 6, 12, 8, 6, 3, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 7}
  • id: 899229
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 11}
  • id: 899230
    {'charpoly_factorization': [[[1, -3, 12, -19, 15, -6, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 13}
  • id: 899231
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 17}
  • id: 899232
    {'charpoly_factorization': [[[1, 0, 0, -1, 0, 0, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 19}
  • id: 899233
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 23}
  • id: 899234
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 29}
  • id: 899235
    {'charpoly_factorization': [[[1, -3, 0, 1], 2]], 'hecke_orbit_code': 2130320556476, 'p': 31}
  • id: 899236
    {'charpoly_factorization': [[[1, 1, 1], 3]], 'hecke_orbit_code': 2130320556476, 'p': 37}
  • id: 899237
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 41}
  • id: 899238
    {'charpoly_factorization': [[[1, -3, 0, 1], 2]], 'hecke_orbit_code': 2130320556476, 'p': 43}
  • id: 899239
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 47}
  • id: 899240
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 53}
  • id: 899241
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 59}
  • id: 899242
    {'charpoly_factorization': [[[64, 0, 0, 8, 0, 0, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 61}
  • id: 899243
    {'charpoly_factorization': [[[1, -3, 3, 8, 6, 3, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 67}
  • id: 899244
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 71}
  • id: 899245
    {'charpoly_factorization': [[[1, -3, 0, 1], 2]], 'hecke_orbit_code': 2130320556476, 'p': 73}
  • id: 899246
    {'charpoly_factorization': [[[1, -3, 3, 8, 6, 3, 1], 1]], 'hecke_orbit_code': 2130320556476, 'p': 79}
  • id: 899247
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 83}
  • id: 899248
    {'charpoly_factorization': [[[0, 1], 6]], 'hecke_orbit_code': 2130320556476, 'p': 89}
  • id: 899249
    {'charpoly_factorization': [[[1, 3, 9, 2, 3, 0, 1], 1]], 'hecke_orbit_code': 2130320556476, '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': 32, 'hecke_orbit': 1, 'label': '444.1.bf.a', 'level': 444, 'portrait': 'data:image/png;base64,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', 'weight': 1}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 14068290
    {'hecke_orbit_code': 2130320556476, 'n': 1, 'trace_an': 6}
  • id: 14068291
    {'hecke_orbit_code': 2130320556476, 'n': 2, 'trace_an': 0}
  • id: 14068292
    {'hecke_orbit_code': 2130320556476, 'n': 3, 'trace_an': 0}
  • id: 14068293
    {'hecke_orbit_code': 2130320556476, 'n': 4, 'trace_an': 0}
  • id: 14068294
    {'hecke_orbit_code': 2130320556476, 'n': 5, 'trace_an': 0}
  • id: 14068295
    {'hecke_orbit_code': 2130320556476, 'n': 6, 'trace_an': 0}
  • id: 14068296
    {'hecke_orbit_code': 2130320556476, 'n': 7, 'trace_an': -3}
  • id: 14068297
    {'hecke_orbit_code': 2130320556476, 'n': 8, 'trace_an': 0}
  • id: 14068298
    {'hecke_orbit_code': 2130320556476, 'n': 9, 'trace_an': 0}
  • id: 14068299
    {'hecke_orbit_code': 2130320556476, 'n': 10, 'trace_an': 0}
  • id: 14068300
    {'hecke_orbit_code': 2130320556476, 'n': 11, 'trace_an': 0}
  • id: 14068301
    {'hecke_orbit_code': 2130320556476, 'n': 12, 'trace_an': 0}
  • id: 14068302
    {'hecke_orbit_code': 2130320556476, 'n': 13, 'trace_an': 6}
  • id: 14068303
    {'hecke_orbit_code': 2130320556476, 'n': 14, 'trace_an': 0}
  • id: 14068304
    {'hecke_orbit_code': 2130320556476, 'n': 15, 'trace_an': 0}
  • id: 14068305
    {'hecke_orbit_code': 2130320556476, 'n': 16, 'trace_an': 0}
  • id: 14068306
    {'hecke_orbit_code': 2130320556476, 'n': 17, 'trace_an': 0}
  • id: 14068307
    {'hecke_orbit_code': 2130320556476, 'n': 18, 'trace_an': 0}
  • id: 14068308
    {'hecke_orbit_code': 2130320556476, 'n': 19, 'trace_an': 0}
  • id: 14068309
    {'hecke_orbit_code': 2130320556476, 'n': 20, 'trace_an': 0}
  • id: 14068310
    {'hecke_orbit_code': 2130320556476, 'n': 21, 'trace_an': -3}
  • id: 14068311
    {'hecke_orbit_code': 2130320556476, 'n': 22, 'trace_an': 0}
  • id: 14068312
    {'hecke_orbit_code': 2130320556476, 'n': 23, 'trace_an': 0}
  • id: 14068313
    {'hecke_orbit_code': 2130320556476, 'n': 24, 'trace_an': 0}
  • id: 14068314
    {'hecke_orbit_code': 2130320556476, 'n': 25, 'trace_an': 0}
  • id: 14068315
    {'hecke_orbit_code': 2130320556476, 'n': 26, 'trace_an': 0}
  • id: 14068316
    {'hecke_orbit_code': 2130320556476, 'n': 27, 'trace_an': -3}
  • id: 14068317
    {'hecke_orbit_code': 2130320556476, 'n': 28, 'trace_an': 0}
  • id: 14068318
    {'hecke_orbit_code': 2130320556476, 'n': 29, 'trace_an': 0}
  • id: 14068319
    {'hecke_orbit_code': 2130320556476, 'n': 30, 'trace_an': 0}
  • id: 14068320
    {'hecke_orbit_code': 2130320556476, 'n': 31, 'trace_an': 0}
  • id: 14068321
    {'hecke_orbit_code': 2130320556476, 'n': 32, 'trace_an': 0}
  • id: 14068322
    {'hecke_orbit_code': 2130320556476, 'n': 33, 'trace_an': 0}
  • id: 14068323
    {'hecke_orbit_code': 2130320556476, 'n': 34, 'trace_an': 0}
  • id: 14068324
    {'hecke_orbit_code': 2130320556476, 'n': 35, 'trace_an': 0}
  • id: 14068325
    {'hecke_orbit_code': 2130320556476, 'n': 36, 'trace_an': 0}
  • id: 14068326
    {'hecke_orbit_code': 2130320556476, 'n': 37, 'trace_an': -3}
  • id: 14068327
    {'hecke_orbit_code': 2130320556476, 'n': 38, 'trace_an': 0}
  • id: 14068328
    {'hecke_orbit_code': 2130320556476, 'n': 39, 'trace_an': -3}
  • id: 14068329
    {'hecke_orbit_code': 2130320556476, 'n': 40, 'trace_an': 0}
  • id: 14068330
    {'hecke_orbit_code': 2130320556476, 'n': 41, 'trace_an': 0}
  • id: 14068331
    {'hecke_orbit_code': 2130320556476, 'n': 42, 'trace_an': 0}
  • id: 14068332
    {'hecke_orbit_code': 2130320556476, 'n': 43, 'trace_an': 0}
  • id: 14068333
    {'hecke_orbit_code': 2130320556476, 'n': 44, 'trace_an': 0}
  • id: 14068334
    {'hecke_orbit_code': 2130320556476, 'n': 45, 'trace_an': 0}
  • id: 14068335
    {'hecke_orbit_code': 2130320556476, 'n': 46, 'trace_an': 0}
  • id: 14068336
    {'hecke_orbit_code': 2130320556476, 'n': 47, 'trace_an': 0}
  • id: 14068337
    {'hecke_orbit_code': 2130320556476, 'n': 48, 'trace_an': 0}
  • id: 14068338
    {'hecke_orbit_code': 2130320556476, 'n': 49, 'trace_an': -3}
  • id: 14068339
    {'hecke_orbit_code': 2130320556476, 'n': 50, 'trace_an': 0}
  • id: 14068340
    {'hecke_orbit_code': 2130320556476, 'n': 51, 'trace_an': 0}
  • id: 14068341
    {'hecke_orbit_code': 2130320556476, 'n': 52, 'trace_an': 0}
  • id: 14068342
    {'hecke_orbit_code': 2130320556476, 'n': 53, 'trace_an': 0}
  • id: 14068343
    {'hecke_orbit_code': 2130320556476, 'n': 54, 'trace_an': 0}
  • id: 14068344
    {'hecke_orbit_code': 2130320556476, 'n': 55, 'trace_an': 0}
  • id: 14068345
    {'hecke_orbit_code': 2130320556476, 'n': 56, 'trace_an': 0}
  • id: 14068346
    {'hecke_orbit_code': 2130320556476, 'n': 57, 'trace_an': 0}
  • id: 14068347
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  • id: 14068348
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  • id: 14068349
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  • id: 14068350
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  • id: 14068351
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  • id: 14068352
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  • id: 14068353
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  • id: 14068354
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  • id: 14068355
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  • id: 14068356
    {'hecke_orbit_code': 2130320556476, 'n': 67, 'trace_an': -3}
  • id: 14068357
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  • id: 14068358
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  • id: 14068359
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  • id: 14068360
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  • id: 14068361
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  • id: 14068362
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  • id: 14068363
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  • id: 14068364
    {'hecke_orbit_code': 2130320556476, 'n': 75, 'trace_an': 6}
  • id: 14068365
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  • id: 14068366
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  • id: 14068367
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  • id: 14068368
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  • id: 14068369
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  • id: 14068370
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  • id: 14068371
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  • id: 14068372
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  • id: 14068373
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  • id: 14068374
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  • id: 14068375
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  • id: 14068376
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  • id: 14068377
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  • id: 14068378
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  • id: 14068379
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  • id: 14068380
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  • id: 14068381
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  • id: 14068382
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  • id: 14068383
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  • id: 14068384
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  • id: 14068385
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  • id: 14068386
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  • id: 14068387
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  • id: 14068388
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  • id: 14068389
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  • id: 14068390
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  • id: 14068391
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  • id: 14068392
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  • id: 14068393
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  • id: 14068394
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  • id: 14068395
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  • id: 14068396
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  • id: 14068397
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  • id: 14068398
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  • id: 14068399
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  • id: 14068400
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  • id: 14068401
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  • id: 14068402
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  • id: 14068403
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  • id: 14068404
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  • id: 14068405
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  • id: 14068406
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  • id: 14068407
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  • id: 14068408
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  • id: 14068409
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  • id: 14068410
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  • id: 14068411
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  • id: 14068412
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  • id: 14068413
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  • id: 14068414
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  • id: 14068415
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  • id: 14068416
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  • id: 14068417
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  • id: 14068418
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  • id: 14068419
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  • id: 14068420
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  • id: 14068421
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  • id: 14068422
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  • id: 14068423
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  • id: 14068424
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  • id: 14068425
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  • id: 14068426
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  • id: 14068427
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  • id: 14068428
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  • id: 14068429
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  • id: 14068430
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  • id: 14068431
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  • id: 14068432
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  • id: 14068433
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  • id: 14068434
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  • id: 14068435
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  • id: 14068436
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  • id: 14068437
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  • id: 14068438
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  • id: 14068439
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  • id: 14068440
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  • id: 14068441
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  • id: 14068442
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  • id: 14068443
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  • id: 14068444
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  • id: 14068445
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  • id: 14068446
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  • id: 14068447
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  • id: 14068448
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  • id: 14068449
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  • id: 14068450
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  • id: 14068451
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  • id: 14068452
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  • id: 14068453
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  • id: 14068454
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  • id: 14068455
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  • id: 14068456
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  • id: 14068457
    {'hecke_orbit_code': 2130320556476, 'n': 433, 'trace_an': 3}
  • id: 14068458
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  • id: 14068459
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  • id: 14068460
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  • id: 14068461
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  • id: 14068462
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  • id: 14068463
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  • id: 14068464
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  • id: 14068465
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  • id: 14068466
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  • id: 14068467
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  • id: 14068468
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  • id: 14068469
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  • id: 14068470
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  • id: 14068471
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  • id: 14068472
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  • id: 14068473
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  • id: 14068474
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  • id: 14068475
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  • id: 14068476
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  • id: 14068477
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  • id: 14068478
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  • id: 14068479
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  • id: 14068480
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  • id: 14068481
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  • id: 14068482
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  • id: 14068483
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  • id: 14068484
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  • id: 14068485
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  • id: 14068486
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  • id: 14068487
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  • id: 14068488
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  • id: 14068489
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  • id: 14068490
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  • id: 14068491
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  • id: 14068492
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  • id: 14068493
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  • id: 14068494
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  • id: 14068495
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  • id: 14068496
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  • id: 14068497
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  • id: 14068498
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  • id: 14068499
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  • id: 14068500
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  • id: 14068501
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  • id: 14068502
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  • id: 14068503
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  • id: 14068504
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  • id: 14068505
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  • id: 14068506
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  • id: 14068507
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  • id: 14068508
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  • id: 14068509
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  • id: 14068510
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  • id: 14068511
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  • id: 14068512
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  • id: 14068513
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  • id: 14068514
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  • id: 14068515
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  • id: 14068516
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  • id: 14068517
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  • id: 14068518
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  • id: 14068519
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  • id: 14068520
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  • id: 14068521
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  • id: 14068522
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  • id: 14068523
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  • id: 14068524
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  • id: 14068525
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  • id: 14068526
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  • id: 14068527
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  • id: 14068528
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  • id: 14068529
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  • id: 14068530
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  • id: 14068531
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  • id: 14068532
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  • id: 14068533
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  • id: 14068534
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  • id: 14068535
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  • id: 14068536
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  • id: 14068537
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  • id: 14068538
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  • id: 14068539
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  • id: 14068540
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  • id: 14068541
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  • id: 14068542
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  • id: 14068543
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  • id: 14068544
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  • id: 14068545
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  • id: 14068546
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  • id: 14068547
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