Newform data - 1110.2.a.h

Formats: - HTML - YAML - JSON - 2026-09-14T21:11:03.921371

• 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': 4440, 'analytic_conductor': 8.863394624362122, 'analytic_rank': 0, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[2, 1], [3, -1], [5, -1], [37, -1]], 'atkin_lehner_string': '+---', 'char_conductor': 1, 'char_degree': 1, 'char_is_minimal': True, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [1110, 1, [371, 667, 631], [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': [[7, [4, 1]], [11, [-6, 1]], [13, [-2, 1]]], 'hecke_orbit': 8, 'hecke_orbit_code': 31525197425149014, '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': True, 'label': '1110.2.a.h', 'level': 1110, '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': True, 'level_primes': [2, 3, 5, 37], 'level_radical': 1110, 'minimal_twist': '1110.2.a.h', 'nf_label': '1.1.1.1', 'prim_orbit_index': 1, 'qexp_display': 'q-q^{2}+q^{3}+q^{4}+q^{5}-q^{6}-4q^{7}+\\cdots', 'related_objects': ['EllipticCurve/Q/1110/h'], 'relative_dim': 1, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '1110.2.a', 'trace_display': [-1, 1, 1, -4], 'trace_hash': 940001709653670486, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.007', 'prec': 4}, {'__RealLiteral__': 0, 'data': '0.987', 'prec': 10}, {'__RealLiteral__': 0, 'data': '0.069', 'prec': 7}, {'__RealLiteral__': 0, 'data': '1.911', 'prec': 14}, {'__RealLiteral__': 0, 'data': '0.273', 'prec': 10}, {'__RealLiteral__': 0, 'data': '4.645', 'prec': 14}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.020', 'prec': 7}, 'traces': [1, -1, 1, 1, 1, -1, -4, -1, 1, -1, 6, 1, 2, 4, 1, 1, -6, -1, 2, 1, -4, -6, 0, -1, 1, -2, 1, -4, 6, -1, 8, -1, 6, 6, -4, 1, 1, -2, 2, -1, -6, 4, 8, 6, 1, 0, 6, 1, 9, -1, -6, 2, 6, -1, 6, 4, 2, -6, -12, 1, 8, -8, -4, 1, 2, -6, -4, -6, 0, 4, 0, -1, 14, -1, 1, 2, -24, -2, -16, 1, 1, 6, -12, -4, -6, -8, 6, -6, 6, -1, -8, 0, 8, -6, 2, -1, 8, -9, 6, 1, 0, 6, 14, -2, -4, -6, 0, 1, 20, -6, 1, -4, 6, -2, 0, 6, 2, 12, 24, -1, 25, -8, -6, 8, 1, 4, -4, -1, 8, -2, -12, 6, -8, 4, 1, 6, -12, 0, -4, -4, 6, 0, 12, 1, 6, -14, 9, 1, -12, -1, -16, -2, -6, 24, 8, 2, 14, 16, 6, -1, 0, -1, -16, -6, 6, 12, 12, 4, -9, 6, 2, 8, 6, -6, -4, 6, -12, -6, -12, 1, -10, 8, 8, 0, 1, -8, -36, 6, -4, -2, 0, 1, -16, -8, 2, 9, 18, -6, -4, -1, -4, 0, -24, -6, -6, -14, 0, 2, 12, 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-6, -104, 12, -16, 0, -12, -6, -128, -9, 16, 2, -24, 10, -6, 4, -8, 18, 60, -6, 0, 40, 24, 24, -36, 12, 44, -12, -16, -4, -120, -14, -40, 22, 6, 32, 42, -48, -4, 8, 36, 84, 0, 0, 0, -36, -28, 0, -24, 12, 36, -24, -10, -48, 14, 2, -72, -14, -54, 1, -48, 4, -46, 16, 12, -48, 0, 12, -32, 0, 8, 14, 96, -6, 24, -6, -24, 6, 156, 4, 2, -16, 7, -28, 0, -8, 60, 16, -30, 0, -60, -16, 72, -40, -9, 18, -96, -6, -22, -4, -100, 48, -54, 6, 0, 8, -16, 18, 48, 6, -40, -36, 0, -66, -56, 0, 74, -56, -10, -1, 36, 32, -144, 18, 2, 36, 96, 0, 112, -30, -42, -4, -96, -12, 14, 0, 14, -6, -90, 8, 36, 28, 24, 12, 36, 0, -8, 24, 30, 4, 48, -1, 14, 28, 6, -72, 54, -38, 0, -2, 19, 30, -24, -32, 30, 10, -96, -16, 30, -6, 88, 18, -8, 24, 32, -20, -70, -144, 8, -12, 6, 0, 64, -6, -4, 0, 0, 14, 144, 6, 2, 24, -54, -20, -48, 6, -30, 0, -48, 6, -8, 34, -42, 20, -23, -9, 2, -14, 20, -6, 12, -12, -80, 58, -12, 12, 84, 12, 50, -8, -6, -84, 54, -1, -12, -64, 16, 0, -84, -6, -16, 12, 6, 0, 0, -4, 86, -28, 12, 4, 48, 12, -4, 48, -12, -96, -60, 4, 14, 24, 0, 26, -66, 18, 54, 10, 48, 0, -48, 1, 14, -64, -36, -9, 8, 36, 44, 18, -32, -8, 12, -6, 2, 0, -10, -32, 24, 16, 44, 6, -40, -18, 120, -12, 20, -36, 0, -48, -6, 8, 68, 12, 48, 36, -4, 2, 0, -1, -72, -12, 24, -8, -32, 8, 8, 6, 24, 26, -22, -6, 48, 8, 66, 6, 12, 12, -4, 72, 48, 0, 0, 22, -4, -40, 64, 6, -10, 6, 0, 10, 96, -24, -72, -28, 1, 12, -42, 34, 88, -4, 14, 0, 0, -6, 18, -16, -42, 36, -102, -8, -40, -26, 18, 24, 16, -24, -82, -56, 0, -4, 6, 12, 68, -6, -36, 0, -72, -2, -17, 30, 14, 2, 48, -16, -12, 6, -16, 54, -54, 6, -64, -72, -48, -30, 6, -14, 180, 0, 0, 16, -24, -12, 26, -40, -4, 44, 30, -48, -72, 0, -36, -54, -36, -16, -30, -2, 28, -6, -24, -2, -10, 0, -18, 36, -16, -24, 68, 64, 36, 12, 36, -6, 40, -12, 0, 48, 48, 24, -32, -24, 36, 24, 54, 24, 0, -36, 48, 36, 60, 1, -32, 72, 33, -56, 20, -2, -28, 15, 0, -19, -108, 2, -36, 28, -16, -10, -12, 0, -8, 6, -46, 36, -48, -25, 48, 46, -12, 38, -90, -8, 0, 8, -54, -48, 36, 1, 2, -8, 16, -14, 0, -2, -16, -48, 2, 48, -54, 8, 0, 30, 42, 2, -24, 16, 36, 28, 36, -12, -54, 9, -36, -32, 20, 0, 16, 6, -32, -24, -30, 12, -24, 6, 74, -64, 18, -16, 42, 36, -144, 1, -24, -6, 12, 4, 12, 28, 0, 24, 42, -6, -4, -6, 56, -30, 24, -8, 52, -14, 14, -12, 48, 0, 28, 22, -4, 42, 84, -12, 72, 0, 26, -36, -84, -14, -12, 0, 1, -36, -24, -1], 'weight': 2, 'weight_parity': 1}
• mf_hecke_nf •

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

  
  {'an': [[1], [-1], [1], [1], [1], [-1], [-4], [-1], [1], [-1], [6], [1], [2], [4], [1], [1], [-6], [-1], [2], [1], [-4], [-6], [0], [-1], [1], [-2], [1], [-4], [6], [-1], [8], [-1], [6], [6], [-4], [1], [1], [-2], [2], [-1], [-6], [4], [8], [6], [1], [0], [6], [1], [9], [-1], [-6], [2], [6], [-1], [6], [4], [2], [-6], [-12], [1], [8], [-8], [-4], [1], [2], [-6], [-4], [-6], [0], [4], [0], [-1], [14], [-1], [1], [2], [-24], [-2], [-16], [1], [1], [6], [-12], [-4], [-6], [-8], [6], [-6], [6], [-1], [-8], [0], [8], [-6], [2], [-1], [8], [-9], [6], [1]], 'ap': [[-1], [1], [1], [-4], [6], [2], [-6], [2], [0], [6], [8], [1], [-6], [8], [6], [6], [-12], [8], [-4], [0], [14], [-16], [-12], [6], [8], [0], [14], [0], [20], [6], [-4], [-12], [-12], [-4], [-12], [-16], [14], [-16], [12], [6], [-12], [-10], [0], [-16], [18], [-4], [-16], [-4], [-12], [26], [-24], [24], [2], [0], [30], [-6], [-24], [8], [-10], [-30], [-16], [-30], [-4], [0], [-16], [-18], [14], [-10], [-12], [26], [30], [-24], [-28], [-22], [20], [-12], [-30], [-22], [18], [-10], [6], [8], [0], [38], [20], [-12], [-18], [8], [-6], [-34], [-12], [-24], [2], [-6], [14], [24], [0], [30], [32], [8], [-4], [18], [-12], [-30], [-16], [20], [36], [12], [-12], [-10], [14], [2], [-12], [32], [-28], [18], [-4], [24], [18], [6], [20], [26], [18], [12], [-40], [-6], [44], [-36], [38], [2], [-16], [-6], [32], [-10], [6], [26], [30], [-28], [42], [30], [20], [24], [-16], [36], [-28], [-24], [-10], [-42], [14], [30], [2], [-42], [20], [-6], [-40], [48], [-4], [-42], [14], [-48], [-36], [36], [-46], [-54], [42], [-30], [56], [26], [-10], [-42], [12], [8], [48], [62], [-40], [42], [50], [12], [56], [-46], [-46], [0], [14], [-42], [-6], [-60], [-34], [-4], [-58], [48], [20], [24], [26], [36], [-48], [-48], [38], [-46], [-12], [0], [-18], [-40], [-22], [14], [-6], [66], [56], [-36], [6], [-28], [-28], [-30], [-10], [-24], [0], [-34], [-58], [18], [-36], [-6], [-22], [56], [-54], [2], [-36], [-64], [-48], [-36], [-28], [-36], [-46], [8], [32], [6], [-28], [30], [14], [-42], [36], [0], [60], [38], [-52], [20], [12], [0], [2], [12], [32], [-12], [-58], [18], [54], [-46], [-6], [-54], [-10], [-28], [-42], [8], [-46], [-36], [14], [50], [-6], [-40], [36], [-6], [44], [6], [56], [20], [56], [-4], [2], [20], [0], [68], [38], [-36], [-6], [32], [-18], [26], [68], [-12], [32], [42], [-16], [78], [54], [-36], [60], [66], [14], [36], [-64], [66], [-48], [-52], [-28], [-6], [-16], [-12], [86], [20], [-60], [-4], [-72], [-22], [-6], [24], [-66], [-4], [48], [-34], [78], [-24], [-70], [-30], [-58], [50], [66], [92], [48], [-70], [-64], [-76], [0], [54], [-10], [-30], [-40], [-60], [-46], [12], [26], [24], [86], [20], [-82], [-12], [-18], [-52], [-66], [-48], [-34], [-28], [24], [90], [-28], [-82], [-42], [-70], [-58], [12], [96], [60], [-96], [24], [26], [-78], [-12], [60], [44], [-40], [42], [-46], [2], [-60], [-22], [-54], [48], [-40], [74], [-90], [48], [14], [30], [-70], [6], [-54], [2], [84], [50], [54], [-16], [86], [-4], [-60], [14], [-66], [-48], [44], [12], [2], [44], [-6], [68], [24], [-22], [66], [-10], [-42], [-102], [-40], [-82], [6], [68], [-54], [26], [30], [-36], [-10], [68], [36], [60], [-28], [-12], [-48], [-90], [2], [-54], [-54], [74], [42], [12], [42], [-4], [-24]], 'char_orbit_index': 1, 'field_poly': [0, 1], 'hecke_orbit_code': 31525197425149014, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 1, 'label': '1110.2.a.h', 'level': 1110, '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': [3, 0, 2, 1, 2, 1, 0, 3, 1, 2, 1, 2, 1, 2, 4, 0], 'ALdims_eis_new': [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], 'ALdims_eis_old': [0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], 'ALdims_old': [6, 19, 11, 14, 13, 12, 14, 10, 11, 14, 13, 11, 15, 9, 14, 10], 'Nk2': 4440, 'analytic_conductor': 8.863394624362122, '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': [1110, 1, [371, 667, 631], [1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 221, 'dim': 25, 'eis_dim': 15, 'eis_new_dim': 0, 'hecke_cutter_primes': [7, 11, 13], 'hecke_orbit_code': 33555542, 'hecke_orbit_dims': [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 4], 'label': '1110.2.a', 'level': 1110, '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': True, 'level_primes': [2, 3, 5, 37], 'level_radical': 1110, 'mf_dim': 236, 'mf_new_dim': 25, 'num_forms': 19, 'plus_dim': 9, 'prim_orbit_index': 1, 'relative_dim': 25, 'sturm_bound': 456, 'trace_bound': 7, 'trace_display': [1, 1, 1, 8], 'traces': [25, 1, 1, 25, 1, 1, 8, 1, 25, 1, -4, 1, -10, -8, 1, 25, -14, 1, 20, 1, 8, -12, -8, 1, 25, -2, 1, 8, 14, 1, 0, 1, 12, 18, 8, 25, -3, -20, 14, 1, 2, 0, 4, -4, 1, 0, -32, 1, 33, 1, 2, -10, -34, 1, 12, -8, 12, -18, -4, 1, -2, 8, 8, 25, -2, -4, -12, -14, 8, 8, -24, 1, -14, 1, 1, 20, -16, -2, 32, 1, 25, 10, -28, 8, 18, -12, 14, -12, -6, 1, -16, -8, 8, 16, -12, 1, 2, -7, -4, 25, -66, 2, 40, -2, 0, -26, 28, 1, -18, 12, 1, 8, -46, 4, 8, 14, -10, -12, 48, 1, 61, 14, -22, 0, 1, -8, 0, 1, 28, -10, -60, 12, -32, 4, 1, 18, -110, 8, 36, 8, -8, -24, -88, 25, -10, -38, 57, -3, 14, 1, -16, -20, -14, 80, 16, 14, -26, 8, 14, 1, -48, 1, -36, 2, 4, 20, 8, 0, 39, 18, 20, 4, -10, -2, 8, -4, -44, -6, 4, 1, -26, 32, 30, 0, 1, -16, 24, -32, 8, -4, -32, 1, -62, 34, 6, 33, -34, -12, 56, 1, -12, 14, -144, 2, -6, -32, -8, -10, 80, 8, -68, -34, -24, -4, 12, 1, 48, -82, 58, 12, -116, -11, -40, -8, 25, -70, -28, 12, 6, -24, -8, -18, -94, -2, 40, -4, -8, -24, 112, 1, -94, 5, 1, -2, 25, -22, 32, 8, 28, 1, -20, 8, -64, 16, 2, 25, 82, 4, 8, -2, 14, 12, -8, -4, 22, -16, -14, -12, 22, 1, 48, -14, 48, 10, -4, 8, 46, 12, 0, 8, -86, -16, -28, -24, 20, -80, 16, 1, 43, -18, 2, -14, -114, 57, 20, 1, 12, -50, 32, 1, -16, -72, -18, 20, 30, 18, 20, -16, -40, 16, -40, -2, -118, -50, 8, 32, -106, -66, 72, 1, -12, -8, 56, 25, -10, 12, 30, 10, 64, -4, -68, -28, -3, -16, -28, 8, -102, -9, 18, 18, -16, -20, -56, -12, -8, -18, -68, 14, 14, -8, 14, -12, -158, -20, 24, -6, 32, 12, 8, 1, -19, 38, 5, -16, -6, -10, -64, -8, 2, -11, -88, 8, 78, 64, 1, 16, -28, 0, 12, -12, -48, 40, 64, 1, -16, -22, 4, 2, 118, -18, 40, -7, -68, -58, 24, -4, 6, 16, 0, 25, 34, -28, 64, -66, 1, -24, 12, 2, 58, -22, 2, 40, 32, 0, 4, -2, 28, 8, 124, 0, -42, 132, -32, -26, -14, 8, 80, 28, -24, -12, -16, 1, 90, 56, -18, -18, 80, -38, -24, 12, 33, -36, 28, 1, 34, 32, -50, 8, 98, 1, -80, -46, 88, 44, -32, 4, -70, 22, 2, 8, 142, -16, 64, 14, 32, -70, 4, -10, 0, 24, 14, -12, 64, 0, 20, 48, -34, -16, -32, 1, 6, 50, -80, 61, 18, 1, 72, 14, 4, -7, -28, -22, -148, 104, 12, 0, 96, -12, 116, 1, 72, 68, 248, -8, -10, -16, 55, 0, 70, 2, 8, 1, 12, 10, 40, 28, 80, 8, -42, -10, -14, -18, -60, -60, 8, 40, 96, 12, -23, -42, -4, -32, 60, 10, -20, 4, -68, -74, 84, 1, 46, 48, -58, 18, 94, -72, -180, -110, -2, -12, 40, 8, 160, -58, -3, 36, -50, 8, -24, 8, -56, 10, 68, -8, 2, 92, 8, -24, -38, 4, 68, -88, -16, -16, -8, 25, -30, 51, -30, -10, -64, -30, -112, -38, -2, -10, 76, 57, 64, 44, 46, -3, 26, -4, -24, 14, -64, 16, 72, 1, -166, -32, -12, -16, 5, -58, -32, -20, -128, -26, 208, -14, 14, 116, -38, 80, 162, -24, -188, 16, 8, 104, -16, 14, 25, -62, -80, -26, -30, 8, 120, 8, 52, -18, 16, 14, -90, 40, -24, 1, 186, -4, 124, -48, -28, -24, 104, 1, 32, -2, 0, -36, 14, 14, 28, 2, -14, -16, -20, 4, 118, 52, 20, 20, -32, 1, 32, 8, -16, 36, 232, 0, -6, 18, 1, 39, 110, -46, -48, 18, 36, 112, -100, 20, 2, 128, 70, 4, 20, 8, -164, -10, -16, -20, 76, -2, 100, 30, -30, 8, -130, -2, -12, -4, -40, -22, 112, -44, -170, -56, 32, -6, 112, 0, -8, 4, -144, -136, 32, 1, 80, 29, 34, -26, 14, -27, -40, 32, 25, -22, 144, 30, 6, 112, -7, 0, -16, 10, -68, 1, 24, 80, -8, -16, -58, -58, -28, 24, -96, 1, 128, -32, 68, -140, -24, 8, 110, -4, -64, -4, -46, -24, -128, -32, 18, -152, 8, 1, 2, 8, -14, -62, 222, -12, 0, 34, -8, 6, 40, 6, -80, 176, 14, 33, 62, -60, 132, -34, -96, -32, 16, -12, -140, 30, -66, 56, 78, -72, -96, 1, -6, -14, 264, -12, 0, -64, -66, 14, 10, 1, 108, -144, 16, 12, -60, 2, -32, 122, -16, -6, 78, 2, 136, -32, 12, -16, -84, -8, -18, 4, -74, -10, -30, -36, -8, 80, 8, -4, -120, 8, 87, -10, 2, -68, -9, 16, -320, -34, -52, 18, -8, -24, -34, 8, -12, -4, 90, 24, -148, 12, -48, -200, 16, 1, -2, 50, -45, 48, -176, 14, 168, -82, 2, 16, 8, 58, 102, 192, -82, 12, 106, -7, -84, -116, -36, -20, -376, -11, -104, -70, -4, -40, -80, 54, 28, -8, -40, 106, -40, 25, -148, 264, 16, -70, 22, 56, -76, -28, -66, 0, -48, 12, 120, -54, -34, 6, 64, 2, -40, -24, -140, 46, 240, -8, -3, 104, 40, -18, -102, -40, -188, -94, -104, -20, 8, -2, 74, 128, 106, 40, 102, -10, -224, -4, 0, 56, -124, -8, -68, -20, -34, -24, -14, -26, -88, 112, -72, 136, -112, 1, -31, 14, 28, -94, -78, -144, 24, 5, -112, -70, 28, 1, -48, 32, 14, -2, -30, -44, -200, 25, -18, -76, 40, -22, -42, -20, -144, 32, -144, 12, -112, 8, 52, 80, 64, 28, -162, 60, 1, 1], '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: 648410
    {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 8, 'source_is_minimal': True, 'source_label': '1110.2.a.h', 'source_level': 1110, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 8, 'target_is_minimal': True, 'target_label': '1110.2.a.h', 'target_level': 1110, 'twist_class_label': '1110.2.a.h', 'twist_class_level': 1110, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
  • id: 648411
    {'conductor': 3, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 8, 'source_is_minimal': True, 'source_label': '1110.2.a.h', 'source_level': 1110, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 13, 'target_is_minimal': False, 'target_label': '3330.2.a.m', 'target_level': 3330, 'twist_class_label': '1110.2.a.h', 'twist_class_level': 1110, 'twisting_char_label': '3.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 648412
    {'conductor': 5, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 8, 'source_is_minimal': True, 'source_label': '1110.2.a.h', 'source_level': 1110, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 30, 'target_is_minimal': False, 'target_label': '5550.2.a.bd', 'target_level': 5550, 'twist_class_label': '1110.2.a.h', 'twist_class_level': 1110, 'twisting_char_label': '5.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 648413
    {'conductor': 4, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 8, 'source_is_minimal': True, 'source_label': '1110.2.a.h', 'source_level': 1110, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 14, 'target_is_minimal': False, 'target_label': '8880.2.a.n', 'target_level': 8880, 'twist_class_label': '1110.2.a.h', 'twist_class_level': 1110, 'twisting_char_label': '4.b', 'twisting_char_orbit': 2, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 1692300
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 2}
  • id: 1692301
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 3}
  • id: 1692302
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 5}
  • id: 1692303
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 7}
  • id: 1692304
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 11}
  • id: 1692305
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 13}
  • id: 1692306
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 17}
  • id: 1692307
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 19}
  • id: 1692308
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 23}
  • id: 1692309
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 29}
  • id: 1692310
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 31}
  • id: 1692311
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 37}
  • id: 1692312
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 41}
  • id: 1692313
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 43}
  • id: 1692314
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 47}
  • id: 1692315
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 53}
  • id: 1692316
    {'charpoly_factorization': [[[12, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 59}
  • id: 1692317
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 61}
  • id: 1692318
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 67}
  • id: 1692319
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 71}
  • id: 1692320
    {'charpoly_factorization': [[[-14, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 73}
  • id: 1692321
    {'charpoly_factorization': [[[16, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 79}
  • id: 1692322
    {'charpoly_factorization': [[[12, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 83}
  • id: 1692323
    {'charpoly_factorization': [[[-6, 1], 1]], 'hecke_orbit_code': 31525197425149014, 'p': 89}
  • id: 1692324
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 31525197425149014, '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': 8, 'label': '1110.2.a.h', 'level': 1110, 'portrait': 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', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  Showing the first 100 of 258 matching records in this table.
  • id: 47871103
    {'hecke_orbit_code': 31525197425149014, 'n': 1, 'trace_an': 1}
  • id: 47871104
    {'hecke_orbit_code': 31525197425149014, 'n': 2, 'trace_an': -1}
  • id: 47871105
    {'hecke_orbit_code': 31525197425149014, 'n': 3, 'trace_an': 1}
  • id: 47871106
    {'hecke_orbit_code': 31525197425149014, 'n': 4, 'trace_an': 1}
  • id: 47871107
    {'hecke_orbit_code': 31525197425149014, 'n': 5, 'trace_an': 1}
  • id: 47871108
    {'hecke_orbit_code': 31525197425149014, 'n': 6, 'trace_an': -1}
  • id: 47871109
    {'hecke_orbit_code': 31525197425149014, 'n': 7, 'trace_an': -4}
  • id: 47871110
    {'hecke_orbit_code': 31525197425149014, 'n': 8, 'trace_an': -1}
  • id: 47871111
    {'hecke_orbit_code': 31525197425149014, 'n': 9, 'trace_an': 1}
  • id: 47871112
    {'hecke_orbit_code': 31525197425149014, 'n': 10, 'trace_an': -1}
  • id: 47871113
    {'hecke_orbit_code': 31525197425149014, 'n': 11, 'trace_an': 6}
  • id: 47871114
    {'hecke_orbit_code': 31525197425149014, 'n': 12, 'trace_an': 1}
  • id: 47871115
    {'hecke_orbit_code': 31525197425149014, 'n': 13, 'trace_an': 2}
  • id: 47871116
    {'hecke_orbit_code': 31525197425149014, 'n': 14, 'trace_an': 4}
  • id: 47871117
    {'hecke_orbit_code': 31525197425149014, 'n': 15, 'trace_an': 1}
  • id: 47871118
    {'hecke_orbit_code': 31525197425149014, 'n': 16, 'trace_an': 1}
  • id: 47871119
    {'hecke_orbit_code': 31525197425149014, 'n': 17, 'trace_an': -6}
  • id: 47871120
    {'hecke_orbit_code': 31525197425149014, 'n': 18, 'trace_an': -1}
  • id: 47871121
    {'hecke_orbit_code': 31525197425149014, 'n': 19, 'trace_an': 2}
  • id: 47871122
    {'hecke_orbit_code': 31525197425149014, 'n': 20, 'trace_an': 1}
  • id: 47871123
    {'hecke_orbit_code': 31525197425149014, 'n': 21, 'trace_an': -4}
  • id: 47871124
    {'hecke_orbit_code': 31525197425149014, 'n': 22, 'trace_an': -6}
  • id: 47871125
    {'hecke_orbit_code': 31525197425149014, 'n': 23, 'trace_an': 0}
  • id: 47871126
    {'hecke_orbit_code': 31525197425149014, 'n': 24, 'trace_an': -1}
  • id: 47871127
    {'hecke_orbit_code': 31525197425149014, 'n': 25, 'trace_an': 1}
  • id: 47871128
    {'hecke_orbit_code': 31525197425149014, 'n': 26, 'trace_an': -2}
  • id: 47871129
    {'hecke_orbit_code': 31525197425149014, 'n': 27, 'trace_an': 1}
  • id: 47871130
    {'hecke_orbit_code': 31525197425149014, 'n': 28, 'trace_an': -4}
  • id: 47871131
    {'hecke_orbit_code': 31525197425149014, 'n': 29, 'trace_an': 6}
  • id: 47871132
    {'hecke_orbit_code': 31525197425149014, 'n': 30, 'trace_an': -1}
  • id: 47871133
    {'hecke_orbit_code': 31525197425149014, 'n': 31, 'trace_an': 8}
  • id: 47871134
    {'hecke_orbit_code': 31525197425149014, 'n': 32, 'trace_an': -1}
  • id: 47871135
    {'hecke_orbit_code': 31525197425149014, 'n': 33, 'trace_an': 6}
  • id: 47871136
    {'hecke_orbit_code': 31525197425149014, 'n': 34, 'trace_an': 6}
  • id: 47871137
    {'hecke_orbit_code': 31525197425149014, 'n': 35, 'trace_an': -4}
  • id: 47871138
    {'hecke_orbit_code': 31525197425149014, 'n': 36, 'trace_an': 1}
  • id: 47871139
    {'hecke_orbit_code': 31525197425149014, 'n': 37, 'trace_an': 1}
  • id: 47871140
    {'hecke_orbit_code': 31525197425149014, 'n': 38, 'trace_an': -2}
  • id: 47871141
    {'hecke_orbit_code': 31525197425149014, 'n': 39, 'trace_an': 2}
  • id: 47871142
    {'hecke_orbit_code': 31525197425149014, 'n': 40, 'trace_an': -1}
  • id: 47871143
    {'hecke_orbit_code': 31525197425149014, 'n': 41, 'trace_an': -6}
  • id: 47871144
    {'hecke_orbit_code': 31525197425149014, 'n': 42, 'trace_an': 4}
  • id: 47871145
    {'hecke_orbit_code': 31525197425149014, 'n': 43, 'trace_an': 8}
  • id: 47871146
    {'hecke_orbit_code': 31525197425149014, 'n': 44, 'trace_an': 6}
  • id: 47871147
    {'hecke_orbit_code': 31525197425149014, 'n': 45, 'trace_an': 1}
  • id: 47871148
    {'hecke_orbit_code': 31525197425149014, 'n': 46, 'trace_an': 0}
  • id: 47871149
    {'hecke_orbit_code': 31525197425149014, 'n': 47, 'trace_an': 6}
  • id: 47871150
    {'hecke_orbit_code': 31525197425149014, 'n': 48, 'trace_an': 1}
  • id: 47871151
    {'hecke_orbit_code': 31525197425149014, 'n': 49, 'trace_an': 9}
  • id: 47871152
    {'hecke_orbit_code': 31525197425149014, 'n': 50, 'trace_an': -1}
  • id: 47871153
    {'hecke_orbit_code': 31525197425149014, 'n': 51, 'trace_an': -6}
  • id: 47871154
    {'hecke_orbit_code': 31525197425149014, 'n': 52, 'trace_an': 2}
  • id: 47871155
    {'hecke_orbit_code': 31525197425149014, 'n': 53, 'trace_an': 6}
  • id: 47871156
    {'hecke_orbit_code': 31525197425149014, 'n': 54, 'trace_an': -1}
  • id: 47871157
    {'hecke_orbit_code': 31525197425149014, 'n': 55, 'trace_an': 6}
  • id: 47871158
    {'hecke_orbit_code': 31525197425149014, 'n': 56, 'trace_an': 4}
  • id: 47871159
    {'hecke_orbit_code': 31525197425149014, 'n': 57, 'trace_an': 2}
  • id: 47871160
    {'hecke_orbit_code': 31525197425149014, 'n': 58, 'trace_an': -6}
  • id: 47871161
    {'hecke_orbit_code': 31525197425149014, 'n': 59, 'trace_an': -12}
  • id: 47871162
    {'hecke_orbit_code': 31525197425149014, 'n': 60, 'trace_an': 1}
  • id: 47871163
    {'hecke_orbit_code': 31525197425149014, 'n': 61, 'trace_an': 8}
  • id: 47871164
    {'hecke_orbit_code': 31525197425149014, 'n': 62, 'trace_an': -8}
  • id: 47871165
    {'hecke_orbit_code': 31525197425149014, 'n': 63, 'trace_an': -4}
  • id: 47871166
    {'hecke_orbit_code': 31525197425149014, 'n': 64, 'trace_an': 1}
  • id: 47871167
    {'hecke_orbit_code': 31525197425149014, 'n': 65, 'trace_an': 2}
  • id: 47871168
    {'hecke_orbit_code': 31525197425149014, 'n': 66, 'trace_an': -6}
  • id: 47871169
    {'hecke_orbit_code': 31525197425149014, 'n': 67, 'trace_an': -4}
  • id: 47871170
    {'hecke_orbit_code': 31525197425149014, 'n': 68, 'trace_an': -6}
  • id: 47871171
    {'hecke_orbit_code': 31525197425149014, 'n': 69, 'trace_an': 0}
  • id: 47871172
    {'hecke_orbit_code': 31525197425149014, 'n': 70, 'trace_an': 4}
  • id: 47871173
    {'hecke_orbit_code': 31525197425149014, 'n': 71, 'trace_an': 0}
  • id: 47871174
    {'hecke_orbit_code': 31525197425149014, 'n': 72, 'trace_an': -1}
  • id: 47871175
    {'hecke_orbit_code': 31525197425149014, 'n': 73, 'trace_an': 14}
  • id: 47871176
    {'hecke_orbit_code': 31525197425149014, 'n': 74, 'trace_an': -1}
  • id: 47871177
    {'hecke_orbit_code': 31525197425149014, 'n': 75, 'trace_an': 1}
  • id: 47871178
    {'hecke_orbit_code': 31525197425149014, 'n': 76, 'trace_an': 2}
  • id: 47871179
    {'hecke_orbit_code': 31525197425149014, 'n': 77, 'trace_an': -24}
  • id: 47871180
    {'hecke_orbit_code': 31525197425149014, 'n': 78, 'trace_an': -2}
  • id: 47871181
    {'hecke_orbit_code': 31525197425149014, 'n': 79, 'trace_an': -16}
  • id: 47871182
    {'hecke_orbit_code': 31525197425149014, 'n': 80, 'trace_an': 1}
  • id: 47871183
    {'hecke_orbit_code': 31525197425149014, 'n': 81, 'trace_an': 1}
  • id: 47871184
    {'hecke_orbit_code': 31525197425149014, 'n': 82, 'trace_an': 6}
  • id: 47871185
    {'hecke_orbit_code': 31525197425149014, 'n': 83, 'trace_an': -12}
  • id: 47871186
    {'hecke_orbit_code': 31525197425149014, 'n': 84, 'trace_an': -4}
  • id: 47871187
    {'hecke_orbit_code': 31525197425149014, 'n': 85, 'trace_an': -6}
  • id: 47871188
    {'hecke_orbit_code': 31525197425149014, 'n': 86, 'trace_an': -8}
  • id: 47871189
    {'hecke_orbit_code': 31525197425149014, 'n': 87, 'trace_an': 6}
  • id: 47871190
    {'hecke_orbit_code': 31525197425149014, 'n': 88, 'trace_an': -6}
  • id: 47871191
    {'hecke_orbit_code': 31525197425149014, 'n': 89, 'trace_an': 6}
  • id: 47871192
    {'hecke_orbit_code': 31525197425149014, 'n': 90, 'trace_an': -1}
  • id: 47871193
    {'hecke_orbit_code': 31525197425149014, 'n': 91, 'trace_an': -8}
  • id: 47871194
    {'hecke_orbit_code': 31525197425149014, 'n': 92, 'trace_an': 0}
  • id: 47871195
    {'hecke_orbit_code': 31525197425149014, 'n': 93, 'trace_an': 8}
  • id: 47871196
    {'hecke_orbit_code': 31525197425149014, 'n': 94, 'trace_an': -6}
  • id: 47871197
    {'hecke_orbit_code': 31525197425149014, 'n': 95, 'trace_an': 2}
  • id: 47871198
    {'hecke_orbit_code': 31525197425149014, 'n': 96, 'trace_an': -1}
  • id: 47871199
    {'hecke_orbit_code': 31525197425149014, 'n': 97, 'trace_an': 8}
  • id: 47871200
    {'hecke_orbit_code': 31525197425149014, 'n': 98, 'trace_an': -9}
  • id: 47871201
    {'hecke_orbit_code': 31525197425149014, 'n': 99, 'trace_an': 6}
  • id: 47871202
    {'hecke_orbit_code': 31525197425149014, 'n': 100, 'trace_an': 1}