Newform data - 2320.2.a.c

Formats: - HTML - YAML - JSON - 2025-07-19T18:36:35.383047+00:00

• 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': 9280, 'analytic_conductor': 18.525293268937048, 'analytic_rank': 1, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[2, -1], [5, 1], [29, -1]], 'atkin_lehner_string': '-+-', 'char_conductor': 1, 'char_degree': 1, 'char_is_minimal': False, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [2320, 1, [2031, 581, 1857, 321], [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, [0, 1]], [7, [0, 1]], [11, [-2, 1]]], 'hecke_orbit': 3, 'hecke_orbit_code': 9007199288297744, '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': '2320.2.a.c', 'level': 2320, '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, 29], 'level_radical': 290, 'minimal_twist': '580.2.a.a', 'nf_label': '1.1.1.1', 'prim_orbit_index': 1, 'qexp_display': 'q-q^{5}-3q^{9}+2q^{11}-2q^{13}+2q^{19}+\\cdots', 'related_objects': ['EllipticCurve/Q/2320/c'], 'relative_dim': 1, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '2320.2.a', 'trace_display': [0, 0, -1, 0], 'trace_hash': 131119313756719519, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '1.036', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '2.082', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.000', 'prec': 17}, {'__RealLiteral__': 0, 'data': '5.193', 'prec': 17}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.020', 'prec': 17}, 'traces': [1, 0, 0, 0, -1, 0, 0, 0, -3, 0, 2, 0, -2, 0, 0, 0, 0, 0, 2, 0, 0, 0, 8, 0, 1, 0, 0, 0, 1, 0, -2, 0, 0, 0, 0, 0, -4, 0, 0, 0, -10, 0, -4, 0, 3, 0, -12, 0, -7, 0, 0, 0, -6, 0, -2, 0, 0, 0, 12, 0, -10, 0, 0, 0, 2, 0, -12, 0, 0, 0, -12, 0, 12, 0, 0, 0, 0, 0, -2, 0, 9, 0, 4, 0, 0, 0, 0, 0, -10, 0, 0, 0, 0, 0, -2, 0, 8, 0, -6, 0, -6, 0, 0, 0, 0, 0, -4, 0, 6, 0, 0, 0, -4, 0, -8, 0, 6, 0, 0, 0, -7, 0, 0, 0, -1, 0, -8, 0, 0, 0, -6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -4, 0, -1, 0, 0, 0, -6, 0, -12, 0, 0, 0, 2, 0, 16, 0, 0, 0, 0, 0, 12, 0, 0, 0, -16, 0, -9, 0, -6, 0, 6, 0, 0, 0, 0, 0, 12, 0, 10, 0, 0, 0, 4, 0, 0, 0, 0, 0, -6, 0, -4, 0, 0, 0, -18, 0, -8, 0, 0, 0, 0, 0, 10, 0, -24, 0, 4, 0, 22, 0, 0, 0, 4, 0, 0, 0, 0, 0, 0, 0, 8, 0, -3, 0, 20, 0, -10, 0, 0, 0, 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32, 0, 0, 0, 72, 0, -16, 0, 0, 0, -76, 0, 0, 0, 0, 0, -42, 0, 120, 0, 0, 0, 12, 0, 68, 0, 0, 0, -64, 0, 8, 0, 6, 0, -12, 0, -6, 0, 0, 0, 0, 0, 20, 0, 0, 0, 2, 0, 0, 0, 0, 0, 4, 0, 0, 0, 0, 0, -40, 0, -22, 0, 0, 0, -6, 0, -44, 0, 0, 0, -84, 0, -42, 0, 0, 0, -6, 0, 64, 0, 0, 0, 0, 0, 20, 0, 18, 0, 28, 0, 32, 0, 0, 0, 0, 0, 70, 0, 0, 0, -120, 0, -30, 0, -36, 0, 14, 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], [0], [0], [-1], [0], [0], [0], [-3], [0], [2], [0], [-2], [0], [0], [0], [0], [0], [2], [0], [0], [0], [8], [0], [1], [0], [0], [0], [1], [0], [-2], [0], [0], [0], [0], [0], [-4], [0], [0], [0], [-10], [0], [-4], [0], [3], [0], [-12], [0], [-7], [0], [0], [0], [-6], [0], [-2], [0], [0], [0], [12], [0], [-10], [0], [0], [0], [2], [0], [-12], [0], [0], [0], [-12], [0], [12], [0], [0], [0], [0], [0], [-2], [0], [9], [0], [4], [0], [0], [0], [0], [0], [-10], [0], [0], [0], [0], [0], [-2], [0], [8], [0], [-6], [0]], 'ap': [[0], [0], [-1], [0], [2], [-2], [0], [2], [8], [1], [-2], [-4], [-10], [-4], [-12], [-6], [12], [-10], [-12], [-12], [12], [-2], [4], [-10], [8], [-6], [0], [-4], [6], [-4], [-8], [-6], [0], [0], [-6], [-12], [16], [12], [-16], [6], [12], [10], [-6], [-4], [-18], [-8], [22], [8], [20], [-10], [-22], [0], [-2], [10], [14], [16], [-22], [14], [2], [-22], [-4], [-24], [32], [-18], [30], [-20], [-6], [0], [12], [14], [2], [10], [-4], [38], [14], [8], [-6], [-10], [-10], [-6], [8], [-10], [-28], [24], [-20], [16], [34], [-22], [18], [8], [24], [-30], [8], [18], [-20], [-24], [18], [-2], [28], [-38], [-4], [18], [-36], [-30], [-16], [12], [-20], [42], [30], [30], [28], [34], [-48], [-6], [-48], [-18], [-4], [-24], [36], [-30], [-10], [14], [-32], [12], [28], [-2], [34], [-40], [12], [24], [26], [40], [50], [-52], [-6], [-2], [-4], [44], [-12], [38], [44], [50], [-32], [28], [-38], [2], [-56], [38], [-30], [24], [-6], [-26], [-4], [-24], [36], [-38], [40], [-34], [2], [6], [8], [2], [-40], [-42], [6], [-8], [36], [-20], [-38], [0], [-24], [-10], [0], [-32], [24], [-10], [-60], [-6], [32], [34], [-16], [-54], [-50], [14], [16], [22], [60], [-60], [-62], [-36], [46], [-4], [46], [30], [-32], [54], [22], [22], [-10], [-56], [-18], [32], [16], [38], [-10], [-2], [34], [36], [-10], [22], [24], [10], [-20], [28], [-2], [22], [-32], [10], [-24], [-44], [-42], [60], [14], [48], [-52], [-46], [-24], [-14], [28], [-36], [20], [-64], [18], [22], [-44], [-48], [-22], [-16], [-48], [46], [24], [-36], [32], [6], [-70], [24], [64], [48], [16], [64], [-8], [66], [-64], [-38], [-16], [48], [58], [-60], [-22], [-2], [-36], [-44], [-58], [28], [-8], [6], [38], [-78], [-80], [-54], [38], [-12], [62], [-10], [12], [48], [-24], [-6], [-74], [48], [-56], [40], [-8], [10], [72], [66], [-80], [72], [44], [30], [74], [12], [14], [-22], [72], [46], [-38], [-30], [28], [68], [-56], [-78], [38], [-44], [50], [62], [44], [46], [12], [-26], [-72], [-2], [14], [-76], [8], [54], [-26], [-12], [6], [-70], [-14], [38], [30], [28], [-46], [-10], [20], [4], [0], [-62], [62], [-90], [64], [-64], [-78], [60], [2], [44], [70], [-16], [-8], [-58], [50], [20], [30], [-42], [-2], [20], [-38], [-24], [0], [-38], [6], [-80], [-34], [84], [50], [44], [60], [96], [22], [-54], [36], [16], [52], [64], [20], [40], [-2], [66], [-56], [56], [66], [28], [-46], [54], [-2], [-36], [66], [-2], [-70], [-34], [32], [-84], [-92], [-48], [-94], [-74], [-76], [-32], [-78], [-78], [-30], [8], [66], [-10], [-56], [-26], [0], [-98], [34], [24], [96], [-58], [-10], [28], [18], [82], [-68], [68], [6], [18], [36], [-64], [-28], [-62], [-30], [64], [72], [-76], [-42], [68], [-12], [2], [-22], [-6], [-84], [-6], [64], [14]], 'char_orbit_index': 1, 'field_poly': [0, 1], 'hecke_orbit_code': 9007199288297744, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 1, 'label': '2320.2.a.c', 'level': 2320, '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': [6, 8, 8, 6, 8, 6, 6, 8], 'ALdims_eis_new': [0, 0, 0, 0, 0, 0, 0, 0], 'ALdims_eis_old': [2, 3, 3, 3, 3, 3, 3, 3], 'ALdims_old': [32, 39, 35, 39, 42, 34, 38, 34], 'Nk2': 9280, 'analytic_conductor': 18.525293268937048, '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': [2320, 1, [2031, 581, 1857, 321], [1, 1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 349, 'dim': 56, 'eis_dim': 23, 'eis_new_dim': 0, 'hecke_cutter_primes': [3, 7, 11], 'hecke_orbit_code': 33556752, 'hecke_orbit_dims': [1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 3, 5, 5, 5], 'label': '2320.2.a', 'level': 2320, '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, 29], 'level_radical': 290, 'mf_dim': 372, 'mf_new_dim': 56, 'num_forms': 23, 'plus_dim': 24, 'prim_orbit_index': 1, 'relative_dim': 56, 'sturm_bound': 720, 'trace_bound': 11, 'trace_display': [0, -4, 0, -8], 'traces': [56, 0, -4, 0, 0, 0, -8, 0, 64, 0, 0, 0, 0, 0, 4, 0, 8, 0, 0, 0, 0, 0, 0, 0, 56, 0, -16, 0, 0, 0, -24, 0, 0, 0, 0, 0, 0, 0, -8, 0, 0, 0, -44, 0, 0, 0, -4, 0, 48, 0, 48, 0, 0, 0, 8, 0, -16, 0, -8, 0, -16, 0, 8, 0, 8, 0, -8, 0, 16, 0, 16, 0, 8, 0, -4, 0, 32, 0, -24, 0, 72, 0, 40, 0, -16, 0, 12, 0, 16, 0, 0, 0, 32, 0, 16, 0, 8, 0, 32, 0, 0, 0, 16, 0, 0, 0, -24, 0, -16, 0, 64, 0, -8, 0, 8, 0, 32, 0, 16, 0, 88, 0, 24, 0, 0, 0, -12, 0, -48, 0, 72, 0, 0, 0, 16, 0, -40, 0, 24, 0, -16, 0, 56, 0, 0, 0, 84, 0, 48, 0, 0, 0, -24, 0, -8, 0, 16, 0, 72, 0, 0, 0, -28, 0, 0, 0, -24, 0, 32, 0, -48, 0, 16, 0, -8, 0, -32, 0, 56, 0, -16, 0, -56, 0, -8, 0, 0, 0, -48, 0, 32, 0, -24, 0, 8, 0, -64, 0, -32, 0, -48, 0, -24, 0, 0, 0, 32, 0, -32, 0, -96, 0, -80, 0, 28, 0, -64, 0, -48, 0, -32, 0, -32, 0, 64, 0, 16, 0, -32, 0, 32, 0, 16, 0, 20, 0, -48, 0, -64, 0, -56, 0, 68, 0, -32, 0, -136, 0, -64, 0, 96, 0, 0, 0, -48, 0, 0, 0, -160, 0, 0, 0, 76, 0, -24, 0, 56, 0, -96, 0, 16, 0, -96, 0, 0, 0, 0, 0, 88, 0, -8, 0, 40, 0, -16, 0, 136, 0, 16, 0, 88, 0, 64, 0, -48, 0, -64, 0, 8, 0, 0, 0, 104, 0, 16, 0, -164, 0, -16, 0, -8, 0, -64, 0, 56, 0, 112, 0, 0, 0, -64, 0, 80, 0, 0, 0, 144, 0, 16, 0, 120, 0, 64, 0, -24, 0, -40, 0, 40, 0, 16, 0, -112, 0, 0, 0, 0, 0, -48, 0, 64, 0, -64, 0, 0, 0, -32, 0, 32, 0, 56, 0, 148, 0, 16, 0, -92, 0, 32, 0, 40, 0, 0, 0, 4, 0, 0, 0, -104, 0, -64, 0, 112, 0, 32, 0, -52, 0, 16, 0, 16, 0, 32, 0, -48, 0, -16, 0, -176, 0, 104, 0, -136, 0, -64, 0, -16, 0, 0, 0, -56, 0, -16, 0, 8, 0, 16, 0, -40, 0, 32, 0, -60, 0, 8, 0, 56, 0, 16, 0, 16, 0, -8, 0, -12, 0, 48, 0, -48, 0, 72, 0, -84, 0, 0, 0, -24, 0, 16, 0, -112, 0, 64, 0, 16, 0, -48, 0, -8, 0, 48, 0, -40, 0, -32, 0, 20, 0, 16, 0, -96, 0, 112, 0, 0, 0, 48, 0, -168, 0, -16, 0, 8, 0, 0, 0, -104, 0, -16, 0, -72, 0, 0, 0, -24, 0, 16, 0, -136, 0, 16, 0, -156, 0, 16, 0, -108, 0, -16, 0, 128, 0, -96, 0, 0, 0, -96, 0, 136, 0, -40, 0, 112, 0, 0, 0, -80, 0, 112, 0, -168, 0, 80, 0, 8, 0, -96, 0, 144, 0, 0, 0, 16, 0, 16, 0, 8, 0, -144, 0, 0, 0, -64, 0, -48, 0, 48, 0, 40, 0, -64, 0, -132, 0, -48, 0, -200, 0, 32, 0, -72, 0, -80, 0, 0, 0, 24, 0, -120, 0, -112, 0, -88, 0, 40, 0, 48, 0, -96, 0, 24, 0, -32, 0, 8, 0, 0, 0, -248, 0, -80, 0, 88, 0, -48, 0, 44, 0, 0, 0, 40, 0, 160, 0, 56, 0, 88, 0, 88, 0, -64, 0, 256, 0, 56, 0, -104, 0, -16, 0, -272, 0, -144, 0, -84, 0, 96, 0, -32, 0, 32, 0, -8, 0, 32, 0, 256, 0, 80, 0, -232, 0, -48, 0, 24, 0, -40, 0, 128, 0, 16, 0, -352, 0, -32, 0, -24, 0, 64, 0, 16, 0, 48, 0, -16, 0, 80, 0, -64, 0, -64, 0, -32, 0, -16, 0, 232, 0, -48, 0, 56, 0, -32, 0, -48, 0, 128, 0, -8, 0, 64, 0, -32, 0, 0, 0, -256, 0, 0, 0, -264, 0, -96, 0, -24, 0, 16, 0, -64, 0, -96, 0, -200, 0, 0, 0, -132, 0, 208, 0, 24, 0, 80, 0, -84, 0, -16, 0, -128, 0, -96, 0, 44, 0, 16, 0, 392, 0, 192, 0, 152, 0, -32, 0, 48, 0, 64, 0, 0, 0, -168, 0, -80, 0, 0, 0, 80, 0, -80, 0, 40, 0, 112, 0, -24, 0, -192, 0, 16, 0, 176, 0, 48, 0, -8, 0, -128, 0, 32, 0, -128, 0, -144, 0, -120, 0, -128, 0, 272, 0, -240, 0, 96, 0, 16, 0, -72, 0, 32, 0, -24, 0, -16, 0, 12, 0, -128, 0, 200, 0, 128, 0, -44, 0, 0, 0, 188, 0, 32, 0, -328, 0, -40, 0, 48, 0, 224, 0, 232, 0, 56, 0, -192, 0, 0, 0, -40, 0, 16, 0, 48, 0, 144, 0, 48, 0, -48, 0, -72, 0, -112, 0, 0, 0, -72, 0, -244, 0, -64, 0, -128, 0, -184, 0, 0, 0, 128, 0, 112, 0, 16, 0, -320, 0, -112, 0, 92, 0, -64, 0, 96, 0, 192, 0, 32, 0, 240, 0, 0, 0, 112, 0, 192, 0, -48, 0, -100, 0, -16, 0, -104, 0, 96, 0, 128, 0, 96, 0, -144, 0, 16, 0, 336, 0, 0, 0, -144, 0, 8, 0, 48, 0, 0, 0, 0, 0, 80, 0, 72, 0, -32, 0, -8, 0, 80, 0, 260, 0, -16, 0, -144, 0, 48, 0, 88, 0, 0, 0, 80, 0, -112, 0, -488, 0, 80, 0, -132, 0, 128, 0, -344, 0, 144, 0, -8, 0, -128, 0, 160, 0, -112, 0, 172, 0, -24, 0, 448, 0, 128, 0, -176, 0, 48, 0, -16, 0, -32, 0, 624, 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: 916801
    {'conductor': 4, '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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 1, 'target_is_minimal': True, 'target_label': '580.2.a.a', 'target_level': 580, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '4.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 916802
    {'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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 3, 'target_is_minimal': False, 'target_label': '2320.2.a.c', 'target_level': 2320, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
  • id: 916803
    {'conductor': 20, '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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 3, 'target_is_minimal': False, 'target_label': '2900.2.a.c', 'target_level': 2900, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '20.d', 'twisting_char_orbit': 4, 'weight': 2}
  • id: 916804
    {'conductor': 20, '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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 3, 'target_dim': 2, 'target_hecke_orbit': 5, 'target_is_minimal': False, 'target_label': '2900.2.c.e', 'target_level': 2900, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '20.e', 'twisting_char_orbit': 5, 'weight': 2}
  • id: 916805
    {'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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 14, 'target_is_minimal': False, 'target_label': '5220.2.a.n', 'target_level': 5220, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '12.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 916806
    {'conductor': 8, '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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 13, 'target_is_minimal': False, 'target_label': '9280.2.a.m', 'target_level': 9280, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '8.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 916807
    {'conductor': 8, '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': '2320.2.a.c', 'source_level': 2320, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 14, 'target_is_minimal': False, 'target_label': '9280.2.a.n', 'target_level': 9280, 'twist_class_label': '580.2.a.a', 'twist_class_level': 580, 'twisting_char_label': '8.d', 'twisting_char_orbit': 4, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 2571975
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 2}
  • id: 2571976
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 3}
  • id: 2571977
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 5}
  • id: 2571978
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 7}
  • id: 2571979
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 11}
  • id: 2571980
    {'charpoly_factorization': [[[2, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 13}
  • id: 2571981
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 17}
  • id: 2571982
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 19}
  • id: 2571983
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 23}
  • id: 2571984
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 29}
  • id: 2571985
    {'charpoly_factorization': [[[2, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 31}
  • id: 2571986
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 37}
  • id: 2571987
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 41}
  • id: 2571988
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 43}
  • id: 2571989
    {'charpoly_factorization': [[[12, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 47}
  • id: 2571990
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 53}
  • id: 2571991
    {'charpoly_factorization': [[[-12, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 59}
  • id: 2571992
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 61}
  • id: 2571993
    {'charpoly_factorization': [[[12, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 67}
  • id: 2571994
    {'charpoly_factorization': [[[12, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 71}
  • id: 2571995
    {'charpoly_factorization': [[[-12, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 73}
  • id: 2571996
    {'charpoly_factorization': [[[2, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 79}
  • id: 2571997
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 83}
  • id: 2571998
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 9007199288297744, 'p': 89}
  • id: 2571999
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 9007199288297744, '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': '2320.2.a.c', 'level': 2320, 'portrait': 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', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 26527537
    {'hecke_orbit_code': 9007199288297744, 'n': 1, 'trace_an': 1}
  • id: 26527538
    {'hecke_orbit_code': 9007199288297744, 'n': 2, 'trace_an': 0}
  • id: 26527539
    {'hecke_orbit_code': 9007199288297744, 'n': 3, 'trace_an': 0}
  • id: 26527540
    {'hecke_orbit_code': 9007199288297744, 'n': 4, 'trace_an': 0}
  • id: 26527541
    {'hecke_orbit_code': 9007199288297744, 'n': 5, 'trace_an': -1}
  • id: 26527542
    {'hecke_orbit_code': 9007199288297744, 'n': 6, 'trace_an': 0}
  • id: 26527543
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  • id: 26527544
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  • id: 26527545
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  • id: 26527546
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  • id: 26527547
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  • id: 26527548
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  • id: 26527549
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  • id: 26527550
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  • id: 26527551
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  • id: 26527552
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  • id: 26527553
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  • id: 26527554
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  • id: 26527555
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  • id: 26527556
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  • id: 26527557
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  • id: 26527558
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  • id: 26527559
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  • id: 26527560
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  • id: 26527561
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  • id: 26527562
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  • id: 26527563
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  • id: 26527564
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  • id: 26527565
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  • id: 26527566
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  • id: 26527567
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  • id: 26527568
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  • id: 26527569
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  • id: 26527570
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  • id: 26527571
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  • id: 26527572
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  • id: 26527573
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  • id: 26527574
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  • id: 26527575
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  • id: 26527576
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  • id: 26527577
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  • id: 26527578
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  • id: 26527579
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  • id: 26527580
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  • id: 26527581
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  • id: 26527582
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  • id: 26527583
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  • id: 26527584
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  • id: 26527585
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  • id: 26527586
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  • id: 26527587
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  • id: 26527588
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  • id: 26527589
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  • id: 26527590
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  • id: 26527591
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  • id: 26527592
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  • id: 26527593
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  • id: 26527594
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  • id: 26527595
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  • id: 26527596
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  • id: 26527597
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  • id: 26527598
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  • id: 26527599
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  • id: 26527600
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  • id: 26527601
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  • id: 26527602
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  • id: 26527603
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  • id: 26527604
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  • id: 26527605
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  • id: 26527606
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  • id: 26527607
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  • id: 26527608
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  • id: 26527609
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  • id: 26527610
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  • id: 26527611
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  • id: 26527612
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  • id: 26527613
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  • id: 26527614
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  • id: 26527615
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  • id: 26527616
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  • id: 26527617
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  • id: 26527618
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  • id: 26527619
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  • id: 26527620
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  • id: 26527621
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  • id: 26527622
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  • id: 26527623
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  • id: 26527624
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  • id: 26527625
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  • id: 26527626
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  • id: 26527627
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  • id: 26527628
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  • id: 26527629
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  • id: 26527630
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  • id: 26527631
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  • id: 26527632
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  • id: 26527633
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  • id: 26527634
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  • id: 26527635
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  • id: 26527636
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  • id: 26527637
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  • id: 26527638
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  • id: 26527639
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  • id: 26527640
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  • id: 26527641
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  • id: 26527642
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  • id: 26527643
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  • id: 26527644
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  • id: 26527645
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  • id: 26527646
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  • id: 26527647
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  • id: 26527648
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  • id: 26527649
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  • id: 26527650
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  • id: 26527651
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  • id: 26527652
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  • id: 26527653
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  • id: 26527654
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  • id: 26527655
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  • id: 26527656
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  • id: 26527657
    {'hecke_orbit_code': 9007199288297744, 'n': 181, 'trace_an': 10}
  • id: 26527658
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  • id: 26527659
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  • id: 26527660
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  • id: 26527661
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  • id: 26527662
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  • id: 26527663
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  • id: 26527664
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  • id: 26527665
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  • id: 26527666
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  • id: 26527667
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  • id: 26527668
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  • id: 26527669
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  • id: 26527670
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  • id: 26527671
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  • id: 26527672
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  • id: 26527673
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  • id: 26527674
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  • id: 26527675
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  • id: 26527676
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  • id: 26527677
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  • id: 26527678
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  • id: 26527679
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  • id: 26527680
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  • id: 26527681
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  • id: 26527682
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  • id: 26527683
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  • id: 26527684
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  • id: 26527685
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  • id: 26527686
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  • id: 26527687
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  • id: 26527688
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  • id: 26527689
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  • id: 26527690
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  • id: 26527691
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  • id: 26527692
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  • id: 26527693
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  • id: 26527694
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  • id: 26527695
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  • id: 26527696
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  • id: 26527697
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  • id: 26527698
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  • id: 26527699
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  • id: 26527700
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  • id: 26527701
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  • id: 26527702
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  • id: 26527703
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  • id: 26527704
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  • id: 26527705
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  • id: 26527706
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  • id: 26527707
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  • id: 26527708
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  • id: 26527709
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  • id: 26527710
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  • id: 26527711
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  • id: 26527712
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  • id: 26527713
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  • id: 26527714
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  • id: 26527715
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  • id: 26527716
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  • id: 26527717
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  • id: 26527718
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  • id: 26527719
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  • id: 26527720
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  • id: 26527721
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  • id: 26527722
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  • id: 26527723
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  • id: 26527724
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  • id: 26527725
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  • id: 26527726
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  • id: 26527727
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  • id: 26527728
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  • id: 26527729
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  • id: 26527730
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  • id: 26527731
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  • id: 26527732
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  • id: 26527733
    {'hecke_orbit_code': 9007199288297744, 'n': 607, 'trace_an': 28}
  • id: 26527734
    {'hecke_orbit_code': 9007199288297744, 'n': 613, 'trace_an': 34}
  • id: 26527735
    {'hecke_orbit_code': 9007199288297744, 'n': 617, 'trace_an': -48}
  • id: 26527736
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  • id: 26527737
    {'hecke_orbit_code': 9007199288297744, 'n': 625, 'trace_an': 1}
  • id: 26527738
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  • id: 26527739
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  • id: 26527740
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  • id: 26527741
    {'hecke_orbit_code': 9007199288297744, 'n': 647, 'trace_an': -24}
  • id: 26527742
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  • id: 26527743
    {'hecke_orbit_code': 9007199288297744, 'n': 659, 'trace_an': -30}
  • id: 26527744
    {'hecke_orbit_code': 9007199288297744, 'n': 661, 'trace_an': -10}
  • id: 26527745
    {'hecke_orbit_code': 9007199288297744, 'n': 673, 'trace_an': 14}
  • id: 26527746
    {'hecke_orbit_code': 9007199288297744, 'n': 677, 'trace_an': -32}
  • id: 26527747
    {'hecke_orbit_code': 9007199288297744, 'n': 683, 'trace_an': 12}
  • id: 26527748
    {'hecke_orbit_code': 9007199288297744, 'n': 691, 'trace_an': 28}
  • id: 26527749
    {'hecke_orbit_code': 9007199288297744, 'n': 701, 'trace_an': -2}
  • id: 26527750
    {'hecke_orbit_code': 9007199288297744, 'n': 709, 'trace_an': 34}
  • id: 26527751
    {'hecke_orbit_code': 9007199288297744, 'n': 719, 'trace_an': -40}
  • id: 26527752
    {'hecke_orbit_code': 9007199288297744, 'n': 727, 'trace_an': 12}
  • id: 26527753
    {'hecke_orbit_code': 9007199288297744, 'n': 729, 'trace_an': -27}
  • id: 26527754
    {'hecke_orbit_code': 9007199288297744, 'n': 733, 'trace_an': 24}
  • id: 26527755
    {'hecke_orbit_code': 9007199288297744, 'n': 739, 'trace_an': 26}
  • id: 26527756
    {'hecke_orbit_code': 9007199288297744, 'n': 743, 'trace_an': 40}
  • id: 26527757
    {'hecke_orbit_code': 9007199288297744, 'n': 751, 'trace_an': 50}
  • id: 26527758
    {'hecke_orbit_code': 9007199288297744, 'n': 757, 'trace_an': -52}
  • id: 26527759
    {'hecke_orbit_code': 9007199288297744, 'n': 761, 'trace_an': -6}
  • id: 26527760
    {'hecke_orbit_code': 9007199288297744, 'n': 769, 'trace_an': -2}
  • id: 26527761
    {'hecke_orbit_code': 9007199288297744, 'n': 773, 'trace_an': -4}
  • id: 26527762
    {'hecke_orbit_code': 9007199288297744, 'n': 787, 'trace_an': 44}
  • id: 26527763
    {'hecke_orbit_code': 9007199288297744, 'n': 797, 'trace_an': -12}
  • id: 26527764
    {'hecke_orbit_code': 9007199288297744, 'n': 809, 'trace_an': 38}
  • id: 26527765
    {'hecke_orbit_code': 9007199288297744, 'n': 811, 'trace_an': 44}
  • id: 26527766
    {'hecke_orbit_code': 9007199288297744, 'n': 821, 'trace_an': 50}
  • id: 26527767
    {'hecke_orbit_code': 9007199288297744, 'n': 823, 'trace_an': -32}
  • id: 26527768
    {'hecke_orbit_code': 9007199288297744, 'n': 827, 'trace_an': 28}
  • id: 26527769
    {'hecke_orbit_code': 9007199288297744, 'n': 829, 'trace_an': -38}
  • id: 26527770
    {'hecke_orbit_code': 9007199288297744, 'n': 839, 'trace_an': 2}
  • id: 26527771
    {'hecke_orbit_code': 9007199288297744, 'n': 841, 'trace_an': 1}
  • id: 26527772
    {'hecke_orbit_code': 9007199288297744, 'n': 853, 'trace_an': -56}
  • id: 26527773
    {'hecke_orbit_code': 9007199288297744, 'n': 857, 'trace_an': 38}
  • id: 26527774
    {'hecke_orbit_code': 9007199288297744, 'n': 859, 'trace_an': -30}
  • id: 26527775
    {'hecke_orbit_code': 9007199288297744, 'n': 863, 'trace_an': 24}
  • id: 26527776
    {'hecke_orbit_code': 9007199288297744, 'n': 877, 'trace_an': -6}
  • id: 26527777
    {'hecke_orbit_code': 9007199288297744, 'n': 881, 'trace_an': -26}
  • id: 26527778
    {'hecke_orbit_code': 9007199288297744, 'n': 883, 'trace_an': -4}
  • id: 26527779
    {'hecke_orbit_code': 9007199288297744, 'n': 887, 'trace_an': -24}
  • id: 26527780
    {'hecke_orbit_code': 9007199288297744, 'n': 907, 'trace_an': 36}
  • id: 26527781
    {'hecke_orbit_code': 9007199288297744, 'n': 911, 'trace_an': -38}
  • id: 26527782
    {'hecke_orbit_code': 9007199288297744, 'n': 919, 'trace_an': 40}
  • id: 26527783
    {'hecke_orbit_code': 9007199288297744, 'n': 929, 'trace_an': -34}
  • id: 26527784
    {'hecke_orbit_code': 9007199288297744, 'n': 937, 'trace_an': 2}
  • id: 26527785
    {'hecke_orbit_code': 9007199288297744, 'n': 941, 'trace_an': 6}
  • id: 26527786
    {'hecke_orbit_code': 9007199288297744, 'n': 947, 'trace_an': 8}
  • id: 26527787
    {'hecke_orbit_code': 9007199288297744, 'n': 953, 'trace_an': 2}
  • id: 26527788
    {'hecke_orbit_code': 9007199288297744, 'n': 961, 'trace_an': -27}
  • id: 26527789
    {'hecke_orbit_code': 9007199288297744, 'n': 967, 'trace_an': -40}
  • id: 26527790
    {'hecke_orbit_code': 9007199288297744, 'n': 971, 'trace_an': -42}
  • id: 26527791
    {'hecke_orbit_code': 9007199288297744, 'n': 977, 'trace_an': 6}
  • id: 26527792
    {'hecke_orbit_code': 9007199288297744, 'n': 983, 'trace_an': -8}
  • id: 26527793
    {'hecke_orbit_code': 9007199288297744, 'n': 991, 'trace_an': 36}
  • id: 26527794
    {'hecke_orbit_code': 9007199288297744, 'n': 997, 'trace_an': -20}