Newform data - 3520.2.a.w

Formats: - HTML - YAML - JSON - 2024-05-28T23:01:08.276817

• 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': 14080, 'analytic_conductor': 28.107341511490695, 'analytic_rank': 1, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[2, -1], [5, 1], [11, -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': [3520, 1, [2751, 1541, 2817, 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, [-1, 1]], [7, [-1, 1]], [13, [-2, 1]], [17, [5, 1]], [19, [7, 1]]], 'hecke_orbit': 23, 'hecke_orbit_code': 99079191835708864, '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': '3520.2.a.w', 'level': 3520, '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, 11], 'level_radical': 110, 'minimal_twist': '1760.2.a.e', 'nf_label': '1.1.1.1', 'prim_orbit_index': 1, 'qexp_display': 'q+q^{3}-q^{5}+q^{7}-2q^{9}+q^{11}+2q^{13}+\\cdots', 'related_objects': ['EllipticCurve/Q/3520/w'], 'relative_dim': 1, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '3520.2.a', 'trace_display': [0, 1, -1, 1], 'trace_hash': 119114928823518549, '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': '2.094', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.073', 'prec': 17}, {'__RealLiteral__': 0, 'data': '5.238', 'prec': 17}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.011', 'prec': 17}, 'traces': [1, 0, 1, 0, -1, 0, 1, 0, -2, 0, 1, 0, 2, 0, -1, 0, -5, 0, -7, 0, 1, 0, 6, 0, 1, 0, -5, 0, 1, 0, 5, 0, 1, 0, -1, 0, -11, 0, 2, 0, 2, 0, 4, 0, 2, 0, -6, 0, -6, 0, -5, 0, 1, 0, -1, 0, -7, 0, -10, 0, -5, 0, -2, 0, -2, 0, -8, 0, 6, 0, -9, 0, -6, 0, 1, 0, 1, 0, 10, 0, 1, 0, -6, 0, 5, 0, 1, 0, 17, 0, 2, 0, 5, 0, 7, 0, 16, 0, -2, 0, 2, 0, -12, 0, -1, 0, -12, 0, -10, 0, -11, 0, -12, 0, -6, 0, -4, 0, -5, 0, 1, 0, 2, 0, -1, 0, 8, 0, 4, 0, -19, 0, -7, 0, 5, 0, 8, 0, 4, 0, -6, 0, 2, 0, -1, 0, -6, 0, 3, 0, 6, 0, 10, 0, -5, 0, -3, 0, 1, 0, 6, 0, 5, 0, -1, 0, -23, 0, -9, 0, 14, 0, 2, 0, 1, 0, -10, 0, -24, 0, 14, 0, -5, 0, 11, 0, -5, 0, -5, 0, -20, 0, -17, 0, -2, 0, 8, 0, 15, 0, -8, 0, 1, 0, -2, 0, -12, 0, -7, 0, 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0, -6, 0, -23, 0, -6, 0, -10, 0, -10, 0, 7, 0, 34, 0, 19, 0, 20, 0, -30, 0, -6, 0, 51, 0, -54, 0, -10, 0, -16, 0, 69, 0, -19, 0, -14, 0, 7, 0, 16, 0, 85, 0, -2, 0, -12, 0, -10, 0, 28, 0, -18, 0, -25, 0, 60, 0, -11, 0, 0, 0, -22, 0, 60, 0, 6, 0, -14, 0, 19, 0, -90, 0, 38, 0, 42, 0, -8, 0, -25, 0, 22, 0, -82, 0, 47, 0, 5, 0, -5, 0, -52, 0, 10, 0, 16, 0, -14, 0, -44, 0, 70, 0, 10, 0, 53, 0, -12, 0, -14, 0, 12, 0, -21, 0, 14, 0, -1, 0, -8, 0, 115, 0, -13, 0, -36, 0, 36, 0, -12, 0, -11, 0, 28, 0, 18, 0, -31, 0, 50, 0, 29, 0, 64, 0, -12, 0, 20, 0, 30, 0, -42, 0, -2, 0, 45, 0, -6, 0, 8, 0, -40, 0, -32, 0, -6, 0, -14, 0, 92, 0, 60, 0, 60, 0, -21, 0, 17, 0, -30, 0, 20, 0, -1, 0, -35, 0, 6, 0, -70, 0, -96, 0, -18, 0, -32, 0, -1, 0, 64, 0, 4, 0, 48, 0, -110, 0, -4, 0, -24, 0, 2, 0, 32, 0, -4, 0, -19, 0, 17, 0, 33, 0, -10, 0, 50, 0, 35, 0, 32, 0, 6, 0, 28, 0, -10, 0, -8, 0, -57, 0, -24, 0, 12, 0, 11, 0, -18, 0, 24, 0, 20, 0, 52, 0, 48, 0, -5, 0, 28, 0, 24, 0, -20, 0, 21, 0, -15, 0, -12, 0, 30, 0, -32, 0, -12, 0, 11, 0, -11, 0, 90, 0], 'weight': 2, 'weight_parity': 1}
• mf_hecke_nf •

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

  
  {'an': [[1], [0], [1], [0], [-1], [0], [1], [0], [-2], [0], [1], [0], [2], [0], [-1], [0], [-5], [0], [-7], [0], [1], [0], [6], [0], [1], [0], [-5], [0], [1], [0], [5], [0], [1], [0], [-1], [0], [-11], [0], [2], [0], [2], [0], [4], [0], [2], [0], [-6], [0], [-6], [0], [-5], [0], [1], [0], [-1], [0], [-7], [0], [-10], [0], [-5], [0], [-2], [0], [-2], [0], [-8], [0], [6], [0], [-9], [0], [-6], [0], [1], [0], [1], [0], [10], [0], [1], [0], [-6], [0], [5], [0], [1], [0], [17], [0], [2], [0], [5], [0], [7], [0], [16], [0], [-2], [0]], 'ap': [[0], [1], [-1], [1], [1], [2], [-5], [-7], [6], [1], [5], [-11], [2], [4], [-6], [1], [-10], [-5], [-8], [-9], [-6], [10], [-6], [17], [16], [2], [-12], [-12], [-10], [-12], [8], [-19], [8], [4], [3], [6], [-3], [5], [-23], [2], [-24], [14], [-20], [-17], [8], [15], [-27], [10], [14], [14], [3], [18], [26], [-2], [-14], [-21], [-24], [-20], [24], [-2], [18], [10], [6], [-11], [22], [-9], [-12], [-3], [10], [22], [-2], [-8], [32], [-22], [-22], [-34], [-6], [-22], [-5], [-12], [-4], [32], [-12], [0], [20], [36], [26], [-15], [15], [10], [9], [12], [-4], [-7], [-28], [24], [12], [-18], [32], [45], [-20], [14], [14], [-36], [31], [14], [19], [18], [-11], [30], [43], [-2], [24], [12], [-1], [-25], [-11], [-2], [-49], [-5], [-22], [-33], [32], [47], [-10], [-5], [-42], [-31], [-26], [24], [-32], [9], [41], [10], [-2], [-10], [29], [-4], [-2], [-42], [19], [-18], [12], [-24], [16], [24], [34], [51], [-2], [-6], [58], [-14], [-41], [8], [-23], [19], [16], [19], [10], [53], [-13], [29], [-1], [-32], [32], [6], [48], [-32], [2], [-19], [57], [-42], [-18], [39], [-8], [-61], [-52], [16], [43], [63], [18], [-19], [-29], [-41], [22], [-30], [-12], [-28], [14], [-24], [8], [8], [-34], [-44], [-40], [-42], [20], [30], [22], [35], [-39], [-10], [11], [-8], [8], [-3], [-56], [-16], [50], [-8], [33], [0], [48], [-45], [-32], [19], [51], [26], [-64], [35], [-58], [-46], [45], [-20], [72], [59], [-54], [-69], [-64], [60], [30], [-61], [-50], [-38], [36], [-45], [-53], [-6], [-56], [65], [-29], [-4], [32], [-18], [-66], [-54], [0], [-30], [37], [11], [22], [-60], [-18], [-29], [76], [-27], [-24], [-18], [-6], [37], [-24], [12], [15], [-62], [0], [28], [-8], [9], [-64], [-54], [30], [-17], [40], [-82], [43], [-46], [-48], [26], [-70], [-33], [-31], [-44], [-56], [83], [56], [21], [2], [42], [-37], [-18], [-4], [-60], [-17], [11], [26], [-78], [-56], [-21], [4], [62], [49], [-60], [-24], [-36], [-50], [-64], [-4], [-40], [9], [-56], [-84], [-90], [88], [45], [17], [-58], [38], [84], [-78], [60], [3], [-38], [10], [14], [5], [-21], [-38], [-44], [-83], [44], [-35], [62], [-44], [-10], [-23], [-71], [-2], [-21], [77], [53], [54], [54], [69], [-49], [-39], [63], [28], [-53], [-24], [7], [85], [-2], [60], [-61], [-53], [-75], [-71], [-69], [-6], [48], [10], [68], [68], [-29], [-43], [72], [-46], [53], [36], [-20], [56], [0], [75], [62], [-22], [0], [2], [59], [28], [-47], [-28], [82], [20], [-67], [-56], [80], [16], [-5], [-40], [-54], [-35], [47], [12], [72], [24], [54], [-6], [7], [34], [51], [69], [-14], [28], [0], [-90], [38], [-25], [-82], [47], [70], [14], [-8], [-36], [28], [50], [64], [-40], [92], [-30], [-35], [-96], [64], [-24], [33], [-10], [-57], [11], [20], [52], [90]], 'char_orbit_index': 1, 'field_poly': [0, 1], 'hecke_orbit_code': 99079191835708864, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 1, 'label': '3520.2.a.w', 'level': 3520, 'maxp': 2999, 'weight': 2}
• mf_newspaces •

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

  
  {'ALdims': [10, 12, 10, 8, 10, 8, 10, 12], 'Nk2': 14080, 'analytic_conductor': 28.107341511490695, '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': [3520, 1, [2751, 1541, 2817, 321], [1, 1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 553, 'dim': 80, 'eis_dim': 47, 'eis_new_dim': 0, 'hecke_cutter_primes': [3, 7, 13, 17, 19], 'hecke_orbit_code': 33557952, 'hecke_orbit_dims': [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 3, 3, 5, 5], 'label': '3520.2.a', 'level': 3520, '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, 11], 'level_radical': 110, 'mf_dim': 600, 'mf_new_dim': 80, 'num_forms': 52, 'plus_dim': 36, 'prim_orbit_index': 1, 'relative_dim': 80, 'sturm_bound': 1152, 'trace_bound': 13, 'trace_display': [0, 0, 0, 0], 'traces': [80, 0, 0, 0, 0, 0, 0, 0, 80, 0, 0, 0, -32, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 80, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 80, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 112, 0, 0, 0, 32, 0, 0, 0, 32, 0, 0, 0, 64, 0, 0, 0, 0, 0, 0, 0, 96, 0, 0, 0, 32, 0, 0, 0, -96, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 80, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, -160, 0, 0, 0, 0, 0, 0, 0, 128, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -128, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, 80, 0, 0, 0, 96, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, -64, 0, 0, 0, 160, 0, 0, 0, -32, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 256, 0, 0, 0, -64, 0, 0, 0, 32, 0, 0, 0, 80, 0, 0, 0, -64, 0, 0, 0, 0, 0, 0, 0, 128, 0, 0, 0, -128, 0, 0, 0, 32, 0, 0, 0, -32, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 96, 0, 0, 0, -64, 0, 0, 0, 96, 0, 0, 0, -64, 0, 0, 0, -224, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 16, 0, 0, 0, -96, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 32, 0, 0, 0, 128, 0, 0, 0, -64, 0, 0, 0, 0, 0, 0, 0, -96, 0, 0, 0, -32, 0, 0, 0, -32, 0, 0, 0, -128, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, -32, 0, 0, 0, -96, 0, 0, 0, 32, 0, 0, 0, 160, 0, 0, 0, -16, 0, 0, 0, 0, 0, 0, 0, -192, 0, 0, 0, -32, 0, 0, 0, -160, 0, 0, 0, 64, 0, 0, 0, 0, 0, 0, 0, -64, 0, 0, 0, -192, 0, 0, 0, -128, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -64, 0, 0, 0, 320, 0, 0, 0, -256, 0, 0, 0, 160, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 64, 0, 0, 0, 80, 0, 0, 0, 32, 0, 0, 0, -192, 0, 0, 0, 64, 0, 0, 0, 0, 0, 0, 0, 64, 0, 0, 0, -64, 0, 0, 0, -256, 0, 0, 0, 32, 0, 0, 0, 160, 0, 0, 0, -64, 0, 0, 0, -96, 0, 0, 0, -224, 0, 0, 0, 64, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, -64, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 64, 0, 0, 0, -32, 0, 0, 0, 80, 0, 0, 0, 256, 0, 0, 0, -128, 0, 0, 0, 0, 0, 0, 0, -32, 0, 0, 0, 160, 0, 0, 0, 0, 0, 0, 0, -96, 0, 0, 0, 0, 0, 0, 0, 128, 0, 0, 0, 0, 0, 0, 0, 160, 0, 0, 0, 96, 0, 0, 0, 256, 0, 0, 0, 0, 0, 0, 0, -96, 0, 0, 0, -128, 0, 0, 0, -64, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 256, 0, 0, 0, -224, 0, 0, 0, 256, 0, 0, 0, 192, 0, 0, 0, 80, 0, 0, 0, -224, 0, 0, 0, 128, 0, 0, 0, -224, 0, 0, 0, 96, 0, 0, 0, -192, 0, 0, 0, 64, 0, 0, 0, 64, 0, 0, 0, 0, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, -416, 0, 0, 0, 192, 0, 0, 0, -96, 0, 0, 0, 32, 0, 0, 0, -64, 0, 0, 0, 192, 0, 0, 0, 160, 0, 0, 0, 192, 0, 0, 0, -128, 0, 0, 0, 32, 0, 0, 0, -192, 0, 0, 0, 96, 0, 0, 0, 256, 0, 0, 0, 160, 0, 0, 0, 0, 0, 0, 0, 176, 0, 0, 0, -224, 0, 0, 0, 0, 0, 0, 0, -96, 0, 0, 0, 96, 0, 0, 0, -160, 0, 0, 0, -128, 0, 0, 0, -320, 0, 0, 0, -288, 0, 0, 0, 128, 0, 0, 0, -160, 0, 0, 0, -32, 0, 0, 0, -320, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -160, 0, 0, 0, -32, 0, 0, 0, -32, 0, 0, 0, -224, 0, 0, 0, 0, 0, 0, 0, -160, 0, 0, 0, -448, 0, 0, 0, -128, 0, 0, 0, -480, 0, 0, 0, 0, 0, 0, 0, 288, 0, 0, 0, -128, 0, 0, 0, -224, 0, 0, 0, 304, 0, 0, 0, -160, 0, 0, 0, -32, 0, 0, 0, 416, 0, 0, 0, 192, 0, 0, 0, -224, 0, 0, 0, -64, 0, 0, 0, -96, 0, 0, 0, -128, 0, 0, 0, -32, 0, 0, 0, 32, 0, 0, 0, 0, 0, 0, 0, -96, 0, 0, 0, -256, 0, 0, 0, 320, 0, 0, 0, 288, 0, 0, 0, -64, 0, 0, 0, 96, 0, 0, 0, 0, 0, 0, 0, 288, 0, 0, 0, -352, 0, 0, 0, -32, 0, 0, 0, 192, 0, 0, 0, -128, 0, 0, 0, -128, 0, 0, 0, 192, 0, 0, 0, 64, 0, 0, 0, -128, 0, 0, 0, 128, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, -96, 0, 0, 0, 256, 0, 0, 0, -320, 0, 0, 0, -224, 0, 0, 0, -864, 0, 0, 0, -128, 0, 0, 0, 0, 0, 0, 0, -384, 0, 0, 0, -32, 0, 0, 0], 'weight': 2, 'weight_parity': 1}
• mf_twists_nf •

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

  
  
  • id: 1108594
    {'conductor': 8, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 23, 'source_is_minimal': False, 'source_label': '3520.2.a.w', 'source_level': 3520, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 5, 'target_is_minimal': True, 'target_label': '1760.2.a.e', 'target_level': 1760, 'twist_class_label': '1760.2.a.e', 'twist_class_level': 1760, 'twisting_char_label': '8.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 1108595
    {'conductor': 8, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 23, 'source_is_minimal': False, 'source_label': '3520.2.a.w', 'source_level': 3520, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 11, 'target_is_minimal': True, 'target_label': '1760.2.a.k', 'target_level': 1760, 'twist_class_label': '1760.2.a.e', 'twist_class_level': 1760, 'twisting_char_label': '8.d', 'twisting_char_orbit': 4, 'weight': 2}
  • id: 1108596
    {'conductor': 4, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 23, 'source_is_minimal': False, 'source_label': '3520.2.a.w', 'source_level': 3520, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 9, 'target_is_minimal': False, 'target_label': '3520.2.a.i', 'target_level': 3520, 'twist_class_label': '1760.2.a.e', 'twist_class_level': 1760, 'twisting_char_label': '4.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 1108597
    {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 23, 'source_is_minimal': False, 'source_label': '3520.2.a.w', 'source_level': 3520, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 23, 'target_is_minimal': False, 'target_label': '3520.2.a.w', 'target_level': 3520, 'twist_class_label': '1760.2.a.e', 'twist_class_level': 1760, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
  • id: 1108598
    {'conductor': 40, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 23, 'source_is_minimal': False, 'source_label': '3520.2.a.w', 'source_level': 3520, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 10, 'target_is_minimal': False, 'target_label': '8800.2.a.j', 'target_level': 8800, 'twist_class_label': '1760.2.a.e', 'twist_class_level': 1760, 'twisting_char_label': '40.e', 'twisting_char_orbit': 5, 'weight': 2}
  • id: 1108599
    {'conductor': 40, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 23, 'source_is_minimal': False, 'source_label': '3520.2.a.w', 'source_level': 3520, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 19, 'target_is_minimal': False, 'target_label': '8800.2.a.s', 'target_level': 8800, 'twist_class_label': '1760.2.a.e', 'twist_class_level': 1760, 'twisting_char_label': '40.f', 'twisting_char_orbit': 6, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 3221400
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 2}
  • id: 3221401
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 3}
  • id: 3221402
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 5}
  • id: 3221403
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 7}
  • id: 3221404
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 11}
  • id: 3221405
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 13}
  • id: 3221406
    {'charpoly_factorization': [[[5, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 17}
  • id: 3221407
    {'charpoly_factorization': [[[7, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 19}
  • id: 3221408
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 23}
  • id: 3221409
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 29}
  • id: 3221410
    {'charpoly_factorization': [[[-5, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 31}
  • id: 3221411
    {'charpoly_factorization': [[[11, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 37}
  • id: 3221412
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 41}
  • id: 3221413
    {'charpoly_factorization': [[[-4, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 43}
  • id: 3221414
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 47}
  • id: 3221415
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 53}
  • id: 3221416
    {'charpoly_factorization': [[[10, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 59}
  • id: 3221417
    {'charpoly_factorization': [[[5, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 61}
  • id: 3221418
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 67}
  • id: 3221419
    {'charpoly_factorization': [[[9, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 71}
  • id: 3221420
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 73}
  • id: 3221421
    {'charpoly_factorization': [[[-10, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 79}
  • id: 3221422
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 83}
  • id: 3221423
    {'charpoly_factorization': [[[-17, 1], 1]], 'hecke_orbit_code': 99079191835708864, 'p': 89}
  • id: 3221424
    {'charpoly_factorization': [[[-16, 1], 1]], 'hecke_orbit_code': 99079191835708864, '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': 23, 'label': '3520.2.a.w', 'level': 3520, 'portrait': 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', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 65394979
    {'hecke_orbit_code': 99079191835708864, 'n': 1, 'trace_an': 1}
  • id: 65394980
    {'hecke_orbit_code': 99079191835708864, 'n': 2, 'trace_an': 0}
  • id: 65394981
    {'hecke_orbit_code': 99079191835708864, 'n': 3, 'trace_an': 1}
  • id: 65394982
    {'hecke_orbit_code': 99079191835708864, 'n': 4, 'trace_an': 0}
  • id: 65394983
    {'hecke_orbit_code': 99079191835708864, 'n': 5, 'trace_an': -1}
  • id: 65394984
    {'hecke_orbit_code': 99079191835708864, 'n': 6, 'trace_an': 0}
  • id: 65394985
    {'hecke_orbit_code': 99079191835708864, 'n': 7, 'trace_an': 1}
  • id: 65394986
    {'hecke_orbit_code': 99079191835708864, 'n': 8, 'trace_an': 0}
  • id: 65394987
    {'hecke_orbit_code': 99079191835708864, 'n': 9, 'trace_an': -2}
  • id: 65394988
    {'hecke_orbit_code': 99079191835708864, 'n': 10, 'trace_an': 0}
  • id: 65394989
    {'hecke_orbit_code': 99079191835708864, 'n': 11, 'trace_an': 1}
  • id: 65394990
    {'hecke_orbit_code': 99079191835708864, 'n': 12, 'trace_an': 0}
  • id: 65394991
    {'hecke_orbit_code': 99079191835708864, 'n': 13, 'trace_an': 2}
  • id: 65394992
    {'hecke_orbit_code': 99079191835708864, 'n': 14, 'trace_an': 0}
  • id: 65394993
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  • id: 65394995
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  • id: 65394997
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  • id: 65394998
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  • id: 65395004
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  • id: 65395005
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  • id: 65395006
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  • id: 65395007
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  • id: 65395008
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  • id: 65395009
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  • id: 65395010
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  • id: 65395011
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  • id: 65395012
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  • id: 65395014
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  • id: 65395015
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  • id: 65395016
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  • id: 65395017
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  • id: 65395018
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  • id: 65395019
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  • id: 65395020
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  • id: 65395021
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  • id: 65395022
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  • id: 65395023
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  • id: 65395024
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  • id: 65395025
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  • id: 65395026
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  • id: 65395027
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  • id: 65395028
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  • id: 65395029
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  • id: 65395031
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  • id: 65395034
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  • id: 65395035
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  • id: 65395036
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  • id: 65395037
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  • id: 65395038
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  • id: 65395039
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  • id: 65395040
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  • id: 65395041
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  • id: 65395042
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  • id: 65395043
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  • id: 65395044
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  • id: 65395045
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  • id: 65395046
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  • id: 65395047
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  • id: 65395048
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  • id: 65395049
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  • id: 65395050
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  • id: 65395051
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  • id: 65395052
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  • id: 65395053
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  • id: 65395055
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  • id: 65395057
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  • id: 65395058
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  • id: 65395059
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  • id: 65395060
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  • id: 65395061
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  • id: 65395062
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  • id: 65395063
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  • id: 65395064
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  • id: 65395065
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  • id: 65395066
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  • id: 65395067
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  • id: 65395068
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  • id: 65395069
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  • id: 65395070
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  • id: 65395071
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  • id: 65395072
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  • id: 65395073
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  • id: 65395074
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  • id: 65395075
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  • id: 65395076
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  • id: 65395077
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  • id: 65395078
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  • id: 65395079
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  • id: 65395080
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  • id: 65395081
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  • id: 65395082
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  • id: 65395083
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  • id: 65395084
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  • id: 65395085
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  • id: 65395086
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  • id: 65395087
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  • id: 65395088
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  • id: 65395089
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  • id: 65395090
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  • id: 65395091
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  • id: 65395092
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  • id: 65395093
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  • id: 65395094
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  • id: 65395095
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  • id: 65395096
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  • id: 65395097
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  • id: 65395098
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  • id: 65395099
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  • id: 65395100
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  • id: 65395101
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  • id: 65395102
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  • id: 65395103
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  • id: 65395104
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  • id: 65395105
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  • id: 65395106
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  • id: 65395107
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  • id: 65395108
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  • id: 65395110
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  • id: 65395111
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  • id: 65395112
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  • id: 65395113
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  • id: 65395114
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  • id: 65395115
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  • id: 65395116
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  • id: 65395117
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  • id: 65395118
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  • id: 65395119
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  • id: 65395120
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  • id: 65395121
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  • id: 65395122
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  • id: 65395123
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  • id: 65395124
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  • id: 65395125
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  • id: 65395126
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  • id: 65395127
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  • id: 65395128
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  • id: 65395129
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  • id: 65395130
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  • id: 65395131
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  • id: 65395132
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  • id: 65395133
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  • id: 65395134
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  • id: 65395135
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  • id: 65395136
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  • id: 65395137
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  • id: 65395138
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  • id: 65395139
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  • id: 65395140
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  • id: 65395141
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  • id: 65395142
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  • id: 65395143
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  • id: 65395144
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  • id: 65395145
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  • id: 65395146
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  • id: 65395147
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  • id: 65395148
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  • id: 65395149
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  • id: 65395150
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  • id: 65395151
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  • id: 65395152
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  • id: 65395153
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  • id: 65395154
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  • id: 65395155
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  • id: 65395156
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  • id: 65395157
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  • id: 65395158
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  • id: 65395159
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  • id: 65395160
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  • id: 65395161
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  • id: 65395162
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  • id: 65395163
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  • id: 65395164
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  • id: 65395165
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  • id: 65395166
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  • id: 65395167
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  • id: 65395168
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  • id: 65395169
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  • id: 65395170
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  • id: 65395171
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  • id: 65395172
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  • id: 65395173
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  • id: 65395174
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  • id: 65395175
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  • id: 65395176
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  • id: 65395177
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  • id: 65395178
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  • id: 65395179
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  • id: 65395180
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  • id: 65395181
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  • id: 65395182
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  • id: 65395183
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  • id: 65395184
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  • id: 65395185
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  • id: 65395186
    {'hecke_orbit_code': 99079191835708864, 'n': 661, 'trace_an': -22}
  • id: 65395187
    {'hecke_orbit_code': 99079191835708864, 'n': 673, 'trace_an': -33}
  • id: 65395188
    {'hecke_orbit_code': 99079191835708864, 'n': 677, 'trace_an': 32}
  • id: 65395189
    {'hecke_orbit_code': 99079191835708864, 'n': 683, 'trace_an': 47}
  • id: 65395190
    {'hecke_orbit_code': 99079191835708864, 'n': 691, 'trace_an': -10}
  • id: 65395191
    {'hecke_orbit_code': 99079191835708864, 'n': 701, 'trace_an': -5}
  • id: 65395192
    {'hecke_orbit_code': 99079191835708864, 'n': 709, 'trace_an': -42}
  • id: 65395193
    {'hecke_orbit_code': 99079191835708864, 'n': 719, 'trace_an': -31}
  • id: 65395194
    {'hecke_orbit_code': 99079191835708864, 'n': 727, 'trace_an': -26}
  • id: 65395195
    {'hecke_orbit_code': 99079191835708864, 'n': 729, 'trace_an': 13}
  • id: 65395196
    {'hecke_orbit_code': 99079191835708864, 'n': 733, 'trace_an': 24}
  • id: 65395197
    {'hecke_orbit_code': 99079191835708864, 'n': 739, 'trace_an': -32}
  • id: 65395198
    {'hecke_orbit_code': 99079191835708864, 'n': 743, 'trace_an': 9}
  • id: 65395199
    {'hecke_orbit_code': 99079191835708864, 'n': 751, 'trace_an': 41}
  • id: 65395200
    {'hecke_orbit_code': 99079191835708864, 'n': 757, 'trace_an': 10}
  • id: 65395201
    {'hecke_orbit_code': 99079191835708864, 'n': 761, 'trace_an': -2}
  • id: 65395202
    {'hecke_orbit_code': 99079191835708864, 'n': 769, 'trace_an': -10}
  • id: 65395203
    {'hecke_orbit_code': 99079191835708864, 'n': 773, 'trace_an': 29}
  • id: 65395204
    {'hecke_orbit_code': 99079191835708864, 'n': 787, 'trace_an': -4}
  • id: 65395205
    {'hecke_orbit_code': 99079191835708864, 'n': 797, 'trace_an': -2}
  • id: 65395206
    {'hecke_orbit_code': 99079191835708864, 'n': 809, 'trace_an': -42}
  • id: 65395207
    {'hecke_orbit_code': 99079191835708864, 'n': 811, 'trace_an': 19}
  • id: 65395208
    {'hecke_orbit_code': 99079191835708864, 'n': 821, 'trace_an': -18}
  • id: 65395209
    {'hecke_orbit_code': 99079191835708864, 'n': 823, 'trace_an': 12}
  • id: 65395210
    {'hecke_orbit_code': 99079191835708864, 'n': 827, 'trace_an': -24}
  • id: 65395211
    {'hecke_orbit_code': 99079191835708864, 'n': 829, 'trace_an': 16}
  • id: 65395212
    {'hecke_orbit_code': 99079191835708864, 'n': 839, 'trace_an': 24}
  • id: 65395213
    {'hecke_orbit_code': 99079191835708864, 'n': 841, 'trace_an': -28}
  • id: 65395214
    {'hecke_orbit_code': 99079191835708864, 'n': 853, 'trace_an': 34}
  • id: 65395215
    {'hecke_orbit_code': 99079191835708864, 'n': 857, 'trace_an': 51}
  • id: 65395216
    {'hecke_orbit_code': 99079191835708864, 'n': 859, 'trace_an': -2}
  • id: 65395217
    {'hecke_orbit_code': 99079191835708864, 'n': 863, 'trace_an': -6}
  • id: 65395218
    {'hecke_orbit_code': 99079191835708864, 'n': 877, 'trace_an': 58}
  • id: 65395219
    {'hecke_orbit_code': 99079191835708864, 'n': 881, 'trace_an': -14}
  • id: 65395220
    {'hecke_orbit_code': 99079191835708864, 'n': 883, 'trace_an': -41}
  • id: 65395221
    {'hecke_orbit_code': 99079191835708864, 'n': 887, 'trace_an': 8}
  • id: 65395222
    {'hecke_orbit_code': 99079191835708864, 'n': 907, 'trace_an': -23}
  • id: 65395223
    {'hecke_orbit_code': 99079191835708864, 'n': 911, 'trace_an': 19}
  • id: 65395224
    {'hecke_orbit_code': 99079191835708864, 'n': 919, 'trace_an': 16}
  • id: 65395225
    {'hecke_orbit_code': 99079191835708864, 'n': 929, 'trace_an': 19}
  • id: 65395226
    {'hecke_orbit_code': 99079191835708864, 'n': 937, 'trace_an': 10}
  • id: 65395227
    {'hecke_orbit_code': 99079191835708864, 'n': 941, 'trace_an': 53}
  • id: 65395228
    {'hecke_orbit_code': 99079191835708864, 'n': 947, 'trace_an': -13}
  • id: 65395229
    {'hecke_orbit_code': 99079191835708864, 'n': 953, 'trace_an': 29}
  • id: 65395230
    {'hecke_orbit_code': 99079191835708864, 'n': 961, 'trace_an': -6}
  • id: 65395231
    {'hecke_orbit_code': 99079191835708864, 'n': 967, 'trace_an': -1}
  • id: 65395232
    {'hecke_orbit_code': 99079191835708864, 'n': 971, 'trace_an': -32}
  • id: 65395233
    {'hecke_orbit_code': 99079191835708864, 'n': 977, 'trace_an': 32}
  • id: 65395234
    {'hecke_orbit_code': 99079191835708864, 'n': 983, 'trace_an': 6}
  • id: 65395235
    {'hecke_orbit_code': 99079191835708864, 'n': 991, 'trace_an': 48}
  • id: 65395236
    {'hecke_orbit_code': 99079191835708864, 'n': 997, 'trace_an': -32}