This page contains computed data for the graphs \(\Gamma_1(\cdot;12611)\) through \(\Gamma_1(\cdot;13567)\). You can read about the displayed information in the glossary .
12611 /
12613 /
12619 /
12637 /
12641 /
12647 /
12653 /
12659 /
12671 /
12689 /
12697 /
12703 /
12713 /
12721 /
12739 /
12743 /
12757 /
12763 /
12781 /
12791 /
12799 /
12809 /
12821 /
12823 /
12829 /
12841 /
12853 /
12889 /
12893 /
12899 /
12907 /
12911 /
12917 /
12919 /
12923 /
12941 /
12953 /
12959 /
12967 /
12973 /
12979 /
12983 /
13001 /
13003 /
13007 /
13009 /
13033 /
13037 /
13043 /
13049 /
13063 /
13093 /
13099 /
13103 /
13109 /
13121 /
13127 /
13147 /
13151 /
13159 /
13163 /
13171 /
13177 /
13183 /
13187 /
13217 /
13219 /
13229 /
13241 /
13249 /
13259 /
13267 /
13291 /
13297 /
13309 /
13313 /
13327 /
13331 /
13337 /
13339 /
13367 /
13381 /
13397 /
13399 /
13411 /
13417 /
13421 /
13441 /
13451 /
13457 /
13463 /
13469 /
13477 /
13487 /
13499 /
13513 /
13523 /
13537 /
13553 /
13567 /
p = 12611
1052 nodes
82 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
13
2.8251
-2.8169
3
9
34
3.4301
-3.4583
5
7
61
4.4637
-4.4477
7
6
60
5.2651
-5.2607
11
5
40
6.5948
-6.5033
p = 12613
1051 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
51
2.8179
-2.8259
3
9
80
3.4591
-3.4569
5
6
45
4.4688
-4.4587
7
5
47
5.2767
-5.2792
11
5
143
6.5893
-6.5486
p = 12619
1052 nodes
66 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
29
2.8258
-2.8063
3
9
24
3.4447
-3.4548
5
7
112
4.4372
-4.4528
7
5
25
5.2354
-5.2753
11
4
104
6.5859
-6.5244
p = 12637
1053 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
42
2.8142
-2.8210
3
9
92
3.4290
-3.4455
5
6
67
4.4425
-4.4699
7
5
61
5.2508
-5.2288
11
4
89
6.5335
-6.5414
p = 12641
1054 nodes
76 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
19
2.8157
-2.8196
3
9
36
3.4504
-3.4463
5
6
27
4.4515
-4.4377
7
6
97
5.2555
-5.2658
11
5
76
6.6276
-6.5186
p = 12647
1055 nodes
121 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
27
2.8048
-2.8080
3
9
29
3.4462
-3.4575
5
7
38
4.4555
-4.3925
7
6
67
5.2429
-5.2575
11
5
41
6.5545
-6.5710
p = 12653
1055 nodes
37 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
19
2.7982
-2.8279
3
9
86
3.4379
-3.4481
5
6
29
4.4167
-4.4692
7
6
130
5.1974
-5.2319
11
5
59
6.5069
-6.6148
p = 12659
1056 nodes
90 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
18
2.8156
-2.8133
3
10
24
3.4347
-3.4380
5
7
52
4.4063
-4.4701
7
6
56
5.2395
-5.2228
11
5
59
6.6120
-6.5314
p = 12671
1057 nodes
131 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
11
2.8218
-2.8230
3
10
37
3.4501
-3.4395
5
7
40
4.4547
-4.4622
7
6
43
5.2910
-5.2536
11
5
43
6.5639
-6.5351
p = 12689
1058 nodes
82 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
14
2.8171
-2.8249
3
10
40
3.4572
-3.4580
5
7
29
4.4342
-4.4573
7
6
94
5.2286
-5.2694
11
5
62
6.5628
-6.5753
p = 12697
1058 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
56
2.8271
-2.8272
3
9
39
3.4353
-3.4609
5
6
45
4.3866
-4.4208
7
5
71
5.2734
-5.2391
11
4
99
6.5473
-6.5623
p = 12703
1059 nodes
55 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
69
2.8236
-2.8260
3
9
32
3.4430
-3.4474
5
7
55
4.4381
-4.4710
7
5
49
5.2651
-5.2885
11
5
74
6.5513
-6.5408
p = 12713
1060 nodes
50 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
16
2.8252
-2.8275
3
10
70
3.4577
-3.4421
5
7
31
4.4312
-4.4554
7
6
149
5.2804
-5.2454
11
5
39
6.6084
-6.4756
p = 12721
1060 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
27
2.8138
-2.8204
3
9
36
3.4231
-3.4515
5
6
69
4.4304
-4.4325
7
5
87
5.2632
-5.2354
11
4
156
6.5908
-6.5698
p = 12739
1062 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
41
2.8273
-2.8177
3
9
29
3.4415
-3.4629
5
7
75
4.4035
-4.4614
7
6
31
5.2465
-5.2428
11
4
110
6.5960
-6.5702
p = 12743
1063 nodes
97 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
27
2.8127
-2.8172
3
10
30
3.4474
-3.4277
5
7
35
4.4498
-4.4154
7
6
81
5.2646
-5.2832
11
5
43
6.5427
-6.5522
p = 12757
1063 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
40
2.8156
-2.8041
3
9
86
3.4538
-3.4434
5
6
41
4.4500
-4.4427
7
5
51
5.2607
-5.2433
11
4
164
6.4648
-6.5320
p = 12763
1064 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
50
2.8244
-2.8236
3
9
42
3.4456
-3.4574
5
7
107
4.4333
-4.4617
7
6
46
5.2462
-5.2306
11
5
52
6.4744
-6.5737
p = 12781
1065 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
27
2.8222
-2.8233
3
9
53
3.4518
-3.4321
5
6
61
4.4558
-4.4271
7
5
47
5.2235
-5.2491
11
4
261
6.6188
-6.5480
p = 12791
1067 nodes
107 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
12
2.8156
-2.8264
3
9
32
3.4144
-3.4360
5
7
41
4.4686
-4.4529
7
6
44
5.2724
-5.1402
11
5
49
6.5377
-6.5941
p = 12799
1067 nodes
93 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
38
2.8210
-2.8145
3
9
23
3.4509
-3.4587
5
7
65
4.3872
-4.4620
7
6
28
5.1847
-5.2301
11
5
118
6.6014
-6.5497
p = 12809
1068 nodes
92 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
16
2.8202
-2.8279
3
9
25
3.4593
-3.4242
5
7
23
4.4621
-4.4298
7
6
124
5.2046
-5.2496
11
5
64
6.4741
-6.6228
p = 12821
1069 nodes
67 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
11
2.8232
-2.8123
3
9
77
3.4093
-3.4376
5
6
36
4.4550
-4.4353
7
6
58
5.2558
-5.2544
11
5
95
6.5483
-6.5504
p = 12823
1069 nodes
47 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
50
2.8235
-2.8237
3
9
39
3.4269
-3.4366
5
6
84
4.4077
-4.4453
7
6
46
5.2803
-5.2559
11
4
79
6.6236
-6.5995
p = 12829
1069 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
46
2.8274
-2.8131
3
9
44
3.4394
-3.4388
5
6
46
4.4471
-4.4378
7
5
51
5.2202
-5.2108
11
5
235
6.5607
-6.5308
p = 12841
1070 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
39
2.8185
-2.8155
3
9
28
3.4384
-3.4399
5
6
45
4.4205
-4.4576
7
5
55
5.2799
-5.2761
11
4
134
6.5372
-6.5757
p = 12853
1071 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
48
2.8275
-2.8107
3
9
90
3.4278
-3.4409
5
7
49
4.4400
-4.4608
7
5
55
5.1965
-5.2523
11
4
81
6.5348
-6.6159
p = 12889
1074 nodes
28 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
29
2.8238
-2.8231
3
9
39
3.4588
-3.4286
5
6
86
4.4419
-4.4251
7
5
71
5.2215
-5.2606
11
4
150
6.5322
-6.6222
p = 12893
1075 nodes
37 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
28
2.8237
-2.8207
3
9
81
3.4513
-3.4544
5
6
24
4.4326
-4.4485
7
6
117
5.2467
-5.1821
11
5
79
6.6139
-6.5995
p = 12899
1076 nodes
130 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
16
2.8225
-2.8195
3
9
25
3.4445
-3.4431
5
7
47
4.4426
-4.4616
7
6
43
5.2729
-5.2693
11
5
45
6.5502
-6.5379
p = 12907
1076 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
72
2.8244
-2.8138
3
9
25
3.4212
-3.4551
5
6
94
4.4344
-4.4399
7
5
40
5.2602
-5.2465
11
4
87
6.6252
-6.5186
p = 12911
1077 nodes
165 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
16
2.8260
-2.8230
3
10
17
3.4425
-3.4385
5
7
47
4.4098
-4.3855
7
6
58
5.2177
-5.2432
11
5
60
6.6044
-6.5413
p = 12917
1077 nodes
37 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
28
2.8198
-2.8203
3
9
92
3.4497
-3.4433
5
6
29
4.4361
-4.4404
7
6
134
5.2530
-5.2846
11
5
57
6.5938
-6.5833
p = 12919
1077 nodes
67 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
32
2.8187
-2.8235
3
9
24
3.4493
-3.4567
5
7
73
4.4279
-4.4561
7
5
29
5.2550
-5.2602
11
5
76
6.6280
-6.6036
p = 12923
1078 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
21
2.8142
-2.8142
3
9
51
3.4459
-3.4490
5
7
61
4.4597
-4.4604
7
6
100
5.2310
-5.2618
11
5
32
6.5894
-6.5405
p = 12941
1079 nodes
77 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
18
2.8231
-2.8257
3
9
32
3.4255
-3.4550
5
6
25
4.4386
-4.4642
7
6
92
5.2328
-5.2681
11
5
134
6.5843
-6.5394
p = 12953
1080 nodes
56 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
26
2.8218
-2.8239
3
10
43
3.4490
-3.4452
5
7
31
4.3963
-4.4578
7
6
171
5.2183
-5.2585
11
5
59
6.4987
-6.6289
p = 12959
1081 nodes
99 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
13
2.8278
-2.8231
3
10
28
3.4524
-3.4236
5
7
44
4.4582
-4.4530
7
6
68
5.2397
-5.2830
11
5
43
6.5748
-6.5752
p = 12967
1081 nodes
37 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
66
2.8139
-2.8211
3
9
30
3.4455
-3.4393
5
7
63
4.4654
-4.4517
7
5
50
5.2789
-5.2454
11
4
87
6.6011
-6.6077
p = 12973
1081 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
42
2.8153
-2.8209
3
9
76
3.4570
-3.4487
5
6
68
4.3990
-4.4174
7
5
49
5.2746
-5.2904
11
5
115
6.5721
-6.5268
p = 12979
1082 nodes
50 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
27
2.8223
-2.8241
3
9
24
3.4418
-3.4513
5
7
162
4.4440
-4.4360
7
6
31
5.1943
-5.2378
11
4
77
6.5160
-6.6128
p = 12983
1083 nodes
101 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
27
2.8074
-2.8063
3
10
40
3.4176
-3.4310
5
7
28
4.4621
-4.4286
7
6
90
5.2364
-5.2511
11
5
37
6.5435
-6.5606
p = 13001
1084 nodes
72 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
13
2.8230
-2.8191
3
9
40
3.4408
-3.4480
5
7
33
4.4396
-4.4298
7
6
96
5.2830
-5.2422
11
5
57
6.5228
-6.6180
p = 13003
1084 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
46
2.8109
-2.8240
3
9
50
3.4339
-3.4526
5
6
96
4.4276
-4.4357
7
5
44
5.2778
-5.2711
11
4
63
6.6238
-6.5369
p = 13007
1085 nodes
59 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
29
2.8171
-2.8232
3
9
41
3.4580
-3.4412
5
7
43
4.4651
-4.4471
7
6
79
5.2304
-5.2804
11
5
31
6.5226
-6.5107
p = 13009
1084 nodes
50 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
32
2.8214
-2.8218
3
9
31
3.4378
-3.4533
5
6
49
4.4503
-4.4291
7
5
41
5.2163
-5.2509
11
5
149
6.5582
-6.5549
p = 13033
1086 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
67
2.8265
-2.8225
3
9
39
3.4193
-3.4612
5
6
59
4.3937
-4.3982
7
5
107
5.2356
-5.1889
11
5
138
6.6076
-6.5221
p = 13037
1087 nodes
65 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
28
2.8233
-2.8170
3
10
52
3.4616
-3.4202
5
7
34
4.4642
-4.3710
7
6
108
5.2494
-5.2372
11
5
84
6.5842
-6.5746
p = 13043
1088 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
22
2.8111
-2.8213
3
9
42
3.4631
-3.4521
5
7
73
4.4492
-4.4261
7
6
60
5.2775
-5.2447
11
5
24
6.5139
-6.5956
p = 13049
1088 nodes
70 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
12
2.8172
-2.8072
3
9
37
3.4451
-3.4511
5
7
35
4.4557
-4.4547
7
6
143
5.2750
-5.2738
11
5
59
6.4969
-6.5282
p = 13063
1089 nodes
51 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
41
2.8181
-2.8232
3
9
42
3.4496
-3.4539
5
7
120
4.4224
-4.4391
7
5
47
5.2830
-5.2424
11
5
59
6.5865
-6.6260
p = 13093
1091 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
60
2.8193
-2.8189
3
9
53
3.4559
-3.4610
5
6
65
4.4300
-4.4405
7
5
80
5.1644
-5.2607
11
4
192
6.5715
-6.5761
p = 13099
1092 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
33
2.8224
-2.8144
3
9
21
3.4546
-3.4357
5
7
140
4.4443
-4.4072
7
5
33
5.2821
-5.1936
11
5
95
6.5892
-6.5225
p = 13103
1093 nodes
131 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
24
2.8166
-2.8232
3
10
29
3.4557
-3.4623
5
7
38
4.4387
-4.3897
7
6
70
5.2769
-5.2330
11
5
31
6.5571
-6.4963
p = 13109
1093 nodes
99 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
16
2.8151
-2.8263
3
9
37
3.4277
-3.4402
5
7
30
4.4367
-4.4448
7
6
82
5.2326
-5.2769
11
5
118
6.5509
-6.5626
p = 13121
1094 nodes
72 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
21
2.8198
-2.8262
3
9
33
3.4522
-3.4400
5
6
26
4.4453
-4.4500
7
6
103
5.2131
-5.2354
11
5
65
6.5482
-6.6013
p = 13127
1095 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
22
2.8232
-2.8155
3
10
53
3.4188
-3.4328
5
7
32
4.4475
-4.4242
7
6
71
5.2198
-5.1854
11
5
33
6.5665
-6.5483
p = 13147
1096 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
32
2.8148
-2.8203
3
9
55
3.4320
-3.4487
5
7
142
4.4590
-4.4392
7
5
36
5.2525
-5.2336
11
5
70
6.5829
-6.5523
p = 13151
1097 nodes
153 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
14
2.8077
-2.8140
3
10
21
3.4396
-3.4561
5
7
47
4.4355
-4.4034
7
6
64
5.2886
-5.2635
11
5
80
6.5185
-6.5396
p = 13159
1097 nodes
83 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
43
2.8228
-2.8166
3
9
18
3.4328
-3.4372
5
7
52
4.3602
-4.4409
7
6
33
5.2052
-5.2817
11
5
85
6.6079
-6.5723
p = 13163
1098 nodes
78 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
22
2.8214
-2.8117
3
10
39
3.4080
-3.4515
5
7
64
4.4577
-4.4470
7
6
71
5.2610
-5.2584
11
5
42
6.6134
-6.5054
p = 13171
1098 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
41
2.8113
-2.8127
3
9
27
3.4436
-3.4351
5
7
127
4.4574
-4.4187
7
5
36
5.2815
-5.2738
11
5
82
6.6110
-6.5767
p = 13177
1098 nodes
32 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
61
2.8236
-2.8247
3
9
38
3.4324
-3.4430
5
6
58
4.4023
-4.4564
7
5
58
5.2674
-5.2799
11
5
108
6.4950
-6.5564
p = 13183
1099 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
48
2.8276
-2.8214
3
9
47
3.4503
-3.4527
5
7
57
4.4320
-4.4258
7
5
41
5.2689
-5.2231
11
4
66
6.5330
-6.5345
p = 13187
1100 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
31
2.8273
-2.8134
3
9
32
3.4464
-3.4471
5
7
52
4.4452
-4.4538
7
6
107
5.2165
-5.2685
11
5
52
6.4689
-6.6223
p = 13217
1102 nodes
60 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
22
2.8190
-2.8084
3
9
66
3.4401
-3.4566
5
7
39
4.4173
-4.4504
7
6
137
5.2757
-5.2554
11
5
32
6.6061
-6.5514
p = 13219
1102 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
33
2.8144
-2.8186
3
9
24
3.4397
-3.4424
5
7
124
4.4282
-4.4574
7
5
33
5.2535
-5.2090
11
5
142
6.5878
-6.6118
p = 13229
1103 nodes
77 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
18
2.8247
-2.8192
3
10
45
3.4567
-3.4427
5
7
33
4.3991
-4.4355
7
6
84
5.2350
-5.2335
11
5
123
6.5462
-6.6027
p = 13241
1104 nodes
56 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
17
2.8208
-2.8269
3
9
36
3.4397
-3.4395
5
7
40
4.4132
-4.4555
7
6
83
5.2574
-5.2314
11
5
67
6.5612
-6.6000
p = 13249
1104 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
36
2.8238
-2.8218
3
9
28
3.4595
-3.4579
5
6
55
4.4605
-4.4565
7
5
82
5.2424
-5.2115
11
4
181
6.5501
-6.5006
p = 13259
1106 nodes
94 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
19
2.8256
-2.8206
3
9
30
3.4201
-3.4363
5
7
56
4.4523
-4.4589
7
6
51
5.2616
-5.2240
11
5
37
6.5705
-6.4854
p = 13267
1106 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
57
2.8204
-2.8248
3
9
50
3.4513
-3.4617
5
7
124
4.4528
-4.4274
7
6
54
5.2538
-5.2689
11
5
65
6.5604
-6.5868
p = 13291
1108 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
45
2.8196
-2.8241
3
9
21
3.4360
-3.4563
5
7
120
4.4348
-4.4314
7
5
40
5.2896
-5.1800
11
5
131
6.4925
-6.5112
p = 13297
1108 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
52
2.8220
-2.8175
3
9
54
3.4495
-3.4202
5
7
71
4.4398
-4.4606
7
5
113
5.2677
-5.2035
11
4
94
6.6114
-6.5881
p = 13309
1109 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
26
2.8256
-2.8216
3
9
73
3.4305
-3.4419
5
6
51
4.4276
-4.4521
7
5
28
5.2210
-5.2668
11
4
155
6.5864
-6.5285
p = 13313
1110 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
26
2.8216
-2.8234
3
9
48
3.4569
-3.4542
5
6
20
4.4051
-4.4543
7
6
153
5.2485
-5.2700
11
5
54
6.5708
-6.5748
p = 13327
1111 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
53
2.8172
-2.8186
3
9
33
3.4345
-3.4454
5
7
68
4.4274
-4.4581
7
5
48
5.2323
-5.2164
11
5
80
6.4874
-6.5930
p = 13331
1112 nodes
114 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
14
2.8205
-2.8082
3
10
23
3.4486
-3.4471
5
7
60
4.4491
-4.4711
7
6
71
5.2407
-5.1553
11
5
72
6.5837
-6.5490
p = 13337
1112 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
20
2.8228
-2.8131
3
9
59
3.4519
-3.4633
5
7
28
4.4366
-4.4271
7
6
147
5.2509
-5.2299
11
5
38
6.5938
-6.5235
p = 13339
1112 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
26
2.8228
-2.8224
3
9
44
3.4536
-3.4408
5
6
135
4.4249
-4.4429
7
6
26
5.2564
-5.2812
11
5
88
6.5972
-6.5250
p = 13367
1115 nodes
99 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
16
2.7960
-2.8066
3
10
48
3.4333
-3.4602
5
7
50
4.4657
-4.4087
7
6
89
5.2397
-5.2547
11
5
32
6.5535
-6.5691
p = 13381
1115 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
27
2.8074
-2.8184
3
9
62
3.4540
-3.4442
5
6
51
4.4404
-4.4688
7
5
36
5.2687
-5.2672
11
4
160
6.6176
-6.5962
p = 13397
1117 nodes
63 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
28
2.8162
-2.8149
3
10
64
3.4249
-3.4183
5
7
28
4.4106
-4.4115
7
6
100
5.2537
-5.2663
11
5
91
6.5849
-6.5772
p = 13399
1117 nodes
53 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
24
2.8249
-2.8210
3
9
28
3.4582
-3.4563
5
7
89
4.4356
-4.4597
7
5
27
5.2849
-5.2257
11
5
98
6.5395
-6.5382
p = 13411
1118 nodes
54 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
39
2.8157
-2.8197
3
9
20
3.4448
-3.4324
5
7
128
4.4492
-4.4378
7
5
26
5.2497
-5.2308
11
5
102
6.5188
-6.5695
p = 13417
1118 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
52
2.8145
-2.8244
3
9
50
3.4181
-3.4359
5
6
62
4.4356
-4.4292
7
5
68
5.2909
-5.2150
11
4
99
6.5531
-6.6040
p = 13421
1119 nodes
55 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
18
2.8197
-2.8175
3
9
46
3.4420
-3.4229
5
7
31
4.4383
-4.4591
7
6
89
5.2807
-5.2652
11
5
104
6.5764
-6.5052
p = 13441
1120 nodes
32 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
22
2.8195
-2.8235
3
9
55
3.4173
-3.4408
5
6
74
4.4097
-4.4518
7
5
61
5.2524
-5.2370
11
4
138
6.5163
-6.5405
p = 13451
1122 nodes
90 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
14
2.8035
-2.8230
3
10
28
3.4462
-3.4523
5
7
49
4.3743
-4.4275
7
6
59
5.2830
-5.2559
11
5
45
6.5323
-6.5429
p = 13457
1122 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
34
2.8218
-2.8140
3
9
36
3.4550
-3.4146
5
6
31
4.4568
-4.4365
7
6
208
5.2706
-5.2095
11
5
51
6.6203
-6.5314
p = 13463
1123 nodes
79 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
20
2.8274
-2.8237
3
9
38
3.4465
-3.4534
5
7
54
4.4618
-4.4325
7
6
79
5.2531
-5.2368
11
5
33
6.5551
-6.6027
p = 13469
1123 nodes
63 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
14
2.8180
-2.8279
3
10
64
3.4486
-3.4476
5
7
32
4.4280
-4.4203
7
6
69
5.2232
-5.2695
11
5
76
6.5115
-6.5307
p = 13477
1123 nodes
25 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
43
2.8203
-2.8179
3
9
109
3.4412
-3.4558
5
6
51
4.4287
-4.4430
7
6
51
5.2643
-5.2452
11
4
108
6.6045
-6.5917
p = 13487
1125 nodes
81 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
34
2.8195
-2.8218
3
9
30
3.4540
-3.4492
5
7
32
4.4579
-4.4714
7
6
89
5.1964
-5.2710
11
5
46
6.5935
-6.5011
p = 13499
1126 nodes
114 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
23
2.8262
-2.8211
3
10
25
3.4485
-3.4338
5
7
43
4.4483
-4.4267
7
6
47
5.2005
-5.1673
11
5
63
6.5379
-6.6087
p = 13513
1126 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
67
2.8265
-2.8182
3
9
39
3.4618
-3.4534
5
6
51
4.4446
-4.3754
7
5
98
5.1944
-5.2486
11
4
96
6.6244
-6.5152
p = 13523
1128 nodes
78 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
29
2.8105
-2.8203
3
10
34
3.4529
-3.4563
5
7
49
4.4310
-4.4050
7
6
77
5.2406
-5.2203
11
5
34
6.5994
-6.4861
p = 13537
1128 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
47
2.8171
-2.7981
3
9
58
3.4373
-3.4454
5
7
62
4.4518
-4.3717
7
5
73
5.2743
-5.2583
11
4
91
6.6228
-6.6027
p = 13553
1130 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
29
2.8131
-2.8166
3
10
47
3.4515
-3.4371
5
7
32
4.4414
-4.4635
7
6
181
5.2808
-5.2295
11
5
50
6.5197
-6.6252
p = 13567
1131 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
54
2.8118
-2.8172
3
9
35
3.4399
-3.4462
5
7
76
4.4554
-4.4304
7
5
50
5.2368
-5.2286
11
5
65
6.5947
-6.5436
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The Isogeny Database.