Properties

Label 725.2
Level 725
Weight 2
Dimension 18757
Nonzero newspaces 24
Newform subspaces 83
Sturm bound 84000
Trace bound 4

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Defining parameters

Level: N N = 725=5229 725 = 5^{2} \cdot 29
Weight: k k = 2 2
Nonzero newspaces: 24 24
Newform subspaces: 83 83
Sturm bound: 8400084000
Trace bound: 44

Dimensions

The following table gives the dimensions of various subspaces of M2(Γ1(725))M_{2}(\Gamma_1(725)).

Total New Old
Modular forms 21784 19863 1921
Cusp forms 20217 18757 1460
Eisenstein series 1567 1106 461

Trace form

18757q168q2170q3176q4214q5282q6178q7192q8188q9234q10282q11218q12190q13210q14244q15288q16178q17+396q99+O(q100) 18757 q - 168 q^{2} - 170 q^{3} - 176 q^{4} - 214 q^{5} - 282 q^{6} - 178 q^{7} - 192 q^{8} - 188 q^{9} - 234 q^{10} - 282 q^{11} - 218 q^{12} - 190 q^{13} - 210 q^{14} - 244 q^{15} - 288 q^{16} - 178 q^{17}+ \cdots - 396 q^{99}+O(q^{100}) Copy content Toggle raw display

Decomposition of S2new(Γ1(725))S_{2}^{\mathrm{new}}(\Gamma_1(725))

We only show spaces with even parity, since no modular forms exist when this condition is not satisfied. Within each space Sknew(N,χ) S_k^{\mathrm{new}}(N, \chi) we list available newforms together with their dimension.

Label χ\chi Newforms Dimension χ\chi degree
725.2.a χ725(1,)\chi_{725}(1, \cdot) 725.2.a.a 1 1
725.2.a.b 2
725.2.a.c 2
725.2.a.d 3
725.2.a.e 3
725.2.a.f 4
725.2.a.g 4
725.2.a.h 5
725.2.a.i 5
725.2.a.j 5
725.2.a.k 5
725.2.a.l 6
725.2.b χ725(349,)\chi_{725}(349, \cdot) 725.2.b.a 2 1
725.2.b.b 4
725.2.b.c 4
725.2.b.d 6
725.2.b.e 6
725.2.b.f 10
725.2.b.g 10
725.2.c χ725(376,)\chi_{725}(376, \cdot) 725.2.c.a 2 1
725.2.c.b 2
725.2.c.c 2
725.2.c.d 4
725.2.c.e 6
725.2.c.f 8
725.2.c.g 10
725.2.c.h 10
725.2.d χ725(724,)\chi_{725}(724, \cdot) 725.2.d.a 4 1
725.2.d.b 8
725.2.d.c 12
725.2.d.d 20
725.2.e χ725(157,)\chi_{725}(157, \cdot) 725.2.e.a 4 2
725.2.e.b 16
725.2.e.c 26
725.2.e.d 40
725.2.j χ725(307,)\chi_{725}(307, \cdot) 725.2.j.a 4 2
725.2.j.b 16
725.2.j.c 26
725.2.j.d 40
725.2.k χ725(146,)\chi_{725}(146, \cdot) 725.2.k.a 4 4
725.2.k.b 128
725.2.k.c 148
725.2.l χ725(226,)\chi_{725}(226, \cdot) 725.2.l.a 6 6
725.2.l.b 6
725.2.l.c 6
725.2.l.d 24
725.2.l.e 36
725.2.l.f 54
725.2.l.g 54
725.2.l.h 84
725.2.m χ725(144,)\chi_{725}(144, \cdot) 725.2.m.a 288 4
725.2.n χ725(59,)\chi_{725}(59, \cdot) 725.2.n.a 128 4
725.2.n.b 152
725.2.o χ725(86,)\chi_{725}(86, \cdot) 725.2.o.a 296 4
725.2.p χ725(149,)\chi_{725}(149, \cdot) 725.2.p.a 24 6
725.2.p.b 48
725.2.p.c 72
725.2.p.d 120
725.2.q χ725(51,)\chi_{725}(51, \cdot) 725.2.q.a 12 6
725.2.q.b 24
725.2.q.c 36
725.2.q.d 60
725.2.q.e 60
725.2.q.f 72
725.2.r χ725(24,)\chi_{725}(24, \cdot) 725.2.r.a 12 6
725.2.r.b 12
725.2.r.c 48
725.2.r.d 72
725.2.r.e 108
725.2.s χ725(17,)\chi_{725}(17, \cdot) 725.2.s.a 584 8
725.2.x χ725(12,)\chi_{725}(12, \cdot) 725.2.x.a 584 8
725.2.y χ725(18,)\chi_{725}(18, \cdot) 725.2.y.a 120 12
725.2.y.b 156
725.2.y.c 240
725.2.bd χ725(43,)\chi_{725}(43, \cdot) 725.2.bd.a 120 12
725.2.bd.b 156
725.2.bd.c 240
725.2.be χ725(16,)\chi_{725}(16, \cdot) 725.2.be.a 1728 24
725.2.bf χ725(6,)\chi_{725}(6, \cdot) 725.2.bf.a 1776 24
725.2.bg χ725(54,)\chi_{725}(54, \cdot) 725.2.bg.a 1776 24
725.2.bh χ725(4,)\chi_{725}(4, \cdot) 725.2.bh.a 1728 24
725.2.bi χ725(3,)\chi_{725}(3, \cdot) 725.2.bi.a 3504 48
725.2.bn χ725(2,)\chi_{725}(2, \cdot) 725.2.bn.a 3504 48

Decomposition of S2old(Γ1(725))S_{2}^{\mathrm{old}}(\Gamma_1(725)) into lower level spaces

S2old(Γ1(725)) S_{2}^{\mathrm{old}}(\Gamma_1(725)) \cong S2new(Γ1(1))S_{2}^{\mathrm{new}}(\Gamma_1(1))6^{\oplus 6}\oplusS2new(Γ1(5))S_{2}^{\mathrm{new}}(\Gamma_1(5))4^{\oplus 4}\oplusS2new(Γ1(25))S_{2}^{\mathrm{new}}(\Gamma_1(25))2^{\oplus 2}\oplusS2new(Γ1(29))S_{2}^{\mathrm{new}}(\Gamma_1(29))3^{\oplus 3}\oplusS2new(Γ1(145))S_{2}^{\mathrm{new}}(\Gamma_1(145))2^{\oplus 2}