This page contains computed data for the graphs \(\Gamma_1(\cdot;27527)\) through \(\Gamma_1(\cdot;28547)\). You can read about the displayed information in the glossary .
27527 /
27529 /
27539 /
27541 /
27551 /
27581 /
27583 /
27611 /
27617 /
27631 /
27647 /
27653 /
27673 /
27689 /
27691 /
27697 /
27701 /
27733 /
27737 /
27739 /
27743 /
27749 /
27751 /
27763 /
27767 /
27773 /
27779 /
27791 /
27793 /
27799 /
27803 /
27809 /
27817 /
27823 /
27827 /
27847 /
27851 /
27883 /
27893 /
27901 /
27917 /
27919 /
27941 /
27943 /
27947 /
27953 /
27961 /
27967 /
27983 /
27997 /
28001 /
28019 /
28027 /
28031 /
28051 /
28057 /
28069 /
28081 /
28087 /
28097 /
28099 /
28109 /
28111 /
28123 /
28151 /
28163 /
28181 /
28183 /
28201 /
28211 /
28219 /
28229 /
28277 /
28279 /
28283 /
28289 /
28297 /
28307 /
28309 /
28319 /
28349 /
28351 /
28387 /
28393 /
28403 /
28409 /
28411 /
28429 /
28433 /
28439 /
28447 /
28463 /
28477 /
28493 /
28499 /
28513 /
28517 /
28537 /
28541 /
28547 /
p = 27527
2295 nodes
169 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
45
2.8216
-2.8136
3
11
40
3.4533
-3.4425
5
7
47
4.4502
-4.4642
7
6
139
5.2434
-5.2358
11
5
57
6.6286
-6.6212
p = 27529
2294 nodes
48 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
60
2.8245
-2.8221
3
9
59
3.4446
-3.4602
5
7
87
4.4214
-4.4673
7
6
79
5.2719
-5.2593
11
5
259
6.5971
-6.5548
p = 27539
2296 nodes
134 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
20
2.8171
-2.8237
3
10
43
3.4489
-3.4427
5
7
113
4.4472
-4.4463
7
6
93
5.2642
-5.2724
11
5
81
6.5968
-6.6239
p = 27541
2295 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
59
2.8220
-2.8251
3
10
57
3.4591
-3.4529
5
7
98
4.4678
-4.4590
7
6
63
5.2709
-5.2360
11
5
323
6.5945
-6.5884
p = 27551
2297 nodes
249 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
26
2.8283
-2.8245
3
10
37
3.4497
-3.4512
5
7
56
4.4441
-4.4466
7
6
64
5.2841
-5.2719
11
5
78
6.5757
-6.6058
p = 27581
2299 nodes
75 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
22
2.8230
-2.8243
3
10
76
3.4473
-3.4586
5
7
54
4.4484
-4.4427
7
6
162
5.2351
-5.2688
11
5
178
6.5960
-6.6202
p = 27583
2299 nodes
107 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
71
2.8232
-2.8254
3
10
43
3.4387
-3.4538
5
7
116
4.4348
-4.4647
7
6
53
5.2670
-5.2640
11
5
111
6.5879
-6.6174
p = 27611
2302 nodes
158 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
28
2.8243
-2.8225
3
10
40
3.4490
-3.4442
5
7
62
4.4379
-4.4457
7
6
82
5.2445
-5.2745
11
5
75
6.6219
-6.5922
p = 27617
2302 nodes
66 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
33
2.8214
-2.8218
3
10
74
3.4619
-3.4305
5
7
60
4.4159
-4.4514
7
6
238
5.2790
-5.2501
11
5
55
6.6163
-6.6100
p = 27631
2303 nodes
65 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
37
2.8206
-2.8230
3
10
45
3.4450
-3.4542
5
7
170
4.4555
-4.4553
7
6
42
5.2824
-5.2550
11
5
149
6.5961
-6.5438
p = 27647
2305 nodes
105 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
31
2.8230
-2.8194
3
11
69
3.4345
-3.4548
5
7
71
4.4419
-4.4483
7
6
150
5.2865
-5.2379
11
5
47
6.6295
-6.5805
p = 27653
2305 nodes
75 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
34
2.8177
-2.8248
3
11
104
3.4425
-3.4508
5
7
52
4.4551
-4.4600
7
6
176
5.2513
-5.2754
11
5
142
6.6190
-6.5605
p = 27673
2306 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
43
2.8236
-2.8218
3
10
105
3.4591
-3.4583
5
7
112
4.4474
-4.4470
7
6
135
5.2666
-5.2679
11
5
123
6.5865
-6.6219
p = 27689
2308 nodes
116 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
21
2.8246
-2.8231
3
10
68
3.4609
-3.4452
5
7
51
4.4615
-4.4363
7
6
118
5.2836
-5.2832
11
5
69
6.6311
-6.6151
p = 27691
2308 nodes
94 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
54
2.8270
-2.8210
3
10
27
3.4361
-3.4535
5
7
117
4.4448
-4.4441
7
6
39
5.2544
-5.2797
11
5
155
6.5981
-6.5769
p = 27697
2308 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
79
2.8191
-2.8231
3
10
74
3.4622
-3.4555
5
7
86
4.4472
-4.4440
7
6
104
5.2378
-5.2748
11
5
194
6.5323
-6.6241
p = 27701
2309 nodes
75 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
19
2.8170
-2.8196
3
10
66
3.4422
-3.4461
5
7
52
4.4583
-4.4577
7
6
151
5.2680
-5.2774
11
5
158
6.6188
-6.6023
p = 27733
2311 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
51
2.8246
-2.8216
3
10
118
3.4564
-3.4463
5
7
95
4.4644
-4.4643
7
6
82
5.2680
-5.2804
11
5
259
6.6221
-6.5906
p = 27737
2312 nodes
80 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
44
2.8274
-2.8209
3
10
67
3.4403
-3.4421
5
7
46
4.4494
-4.4388
7
6
228
5.2728
-5.2309
11
5
80
6.5820
-6.6068
p = 27739
2312 nodes
82 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
39
2.8212
-2.8190
3
9
42
3.4607
-3.4621
5
7
172
4.4454
-4.4559
7
6
39
5.2758
-5.2677
11
5
204
6.6174
-6.6235
p = 27743
2313 nodes
147 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
35
2.8217
-2.8239
3
11
61
3.4546
-3.4572
5
7
47
4.4457
-4.4299
7
7
122
5.2573
-5.2660
11
5
40
6.5893
-6.6225
p = 27749
2313 nodes
85 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
22
2.8197
-2.8176
3
10
107
3.4522
-3.4557
5
7
56
4.4673
-4.4577
7
6
119
5.2807
-5.2747
11
5
122
6.6012
-6.6014
p = 27751
2313 nodes
99 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
53
2.8242
-2.8228
3
10
34
3.4380
-3.4610
5
7
95
4.4517
-4.4684
7
6
44
5.2518
-5.2843
11
5
175
6.5444
-6.6291
p = 27763
2314 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
66
2.8258
-2.8226
3
10
67
3.4403
-3.4599
5
7
207
4.4640
-4.4174
7
6
56
5.2879
-5.2571
11
5
104
6.6215
-6.6203
p = 27767
2315 nodes
151 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
37
2.8224
-2.8270
3
10
50
3.4597
-3.4511
5
7
51
4.4673
-4.4442
7
6
141
5.2644
-5.2683
11
5
68
6.6282
-6.5239
p = 27773
2315 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
31
2.8205
-2.8279
3
10
106
3.4430
-3.4486
5
7
62
4.4530
-4.4609
7
6
235
5.2578
-5.2707
11
5
121
6.6133
-6.6012
p = 27779
2316 nodes
118 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
35
2.8276
-2.8257
3
10
24
3.4408
-3.4437
5
7
68
4.4621
-4.4433
7
6
91
5.2633
-5.2755
11
5
101
6.6214
-6.6112
p = 27791
2317 nodes
203 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
19
2.8187
-2.8217
3
10
40
3.4573
-3.4584
5
7
56
4.4501
-4.4364
7
6
95
5.2643
-5.2781
11
5
58
6.5818
-6.5257
p = 27793
2316 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
77
2.8209
-2.8275
3
9
62
3.4602
-3.4588
5
7
82
4.4691
-4.4509
7
6
112
5.2741
-5.2461
11
5
163
6.5990
-6.5647
p = 27799
2317 nodes
107 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
44
2.8213
-2.8207
3
10
37
3.4559
-3.4465
5
7
158
4.4574
-4.4621
7
6
43
5.2485
-5.2547
11
5
123
6.5883
-6.6170
p = 27803
2318 nodes
134 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
46
2.8245
-2.8240
3
10
67
3.4610
-3.4554
5
7
73
4.4659
-4.4552
7
6
97
5.2848
-5.2547
11
5
45
6.5640
-6.6290
p = 27809
2318 nodes
76 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
29
2.8215
-2.8220
3
10
37
3.4454
-3.4568
5
7
39
4.4590
-4.4468
7
6
224
5.2798
-5.2716
11
5
169
6.6019
-6.5960
p = 27817
2318 nodes
40 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
79
2.8201
-2.8265
3
10
87
3.4550
-3.4425
5
7
56
4.4425
-4.4519
7
6
119
5.2288
-5.2797
11
5
134
6.5854
-6.5389
p = 27823
2319 nodes
69 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
81
2.8186
-2.8252
3
10
60
3.4505
-3.4557
5
7
82
4.4616
-4.4606
7
6
67
5.2659
-5.2315
11
5
133
6.5899
-6.5741
p = 27827
2320 nodes
78 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
32
2.8254
-2.8225
3
10
76
3.4521
-3.4536
5
8
106
4.4058
-4.4383
7
6
115
5.2491
-5.2590
11
5
45
6.6192
-6.6236
p = 27847
2321 nodes
87 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
55
2.8259
-2.8201
3
10
66
3.4543
-3.4560
5
7
126
4.4297
-4.4571
7
6
53
5.2539
-5.2622
11
5
79
6.5485
-6.5572
p = 27851
2322 nodes
150 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
28
2.8274
-2.8249
3
10
37
3.4273
-3.4519
5
7
73
4.4288
-4.4583
7
6
75
5.2636
-5.2798
11
5
112
6.6058
-6.6176
p = 27883
2324 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
72
2.8272
-2.8207
3
9
64
3.4359
-3.4590
5
7
197
4.4578
-4.4490
7
6
69
5.2667
-5.2266
11
5
124
6.5863
-6.5839
p = 27893
2325 nodes
95 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
46
2.8205
-2.8217
3
11
94
3.4560
-3.4581
5
7
41
4.4570
-4.4660
7
6
138
5.2717
-5.2806
11
5
113
6.5665
-6.5916
p = 27901
2325 nodes
55 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
63
2.8259
-2.8224
3
10
68
3.4536
-3.4554
5
7
63
4.4713
-4.4448
7
6
49
5.2739
-5.2676
11
5
333
6.5601
-6.5955
p = 27917
2327 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
33
2.8228
-2.8169
3
10
143
3.4565
-3.4557
5
7
72
4.4073
-4.4692
7
6
168
5.2856
-5.2827
11
5
87
6.6218
-6.6192
p = 27919
2327 nodes
99 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
58
2.8238
-2.8213
3
10
28
3.4548
-3.4578
5
7
106
4.4419
-4.4564
7
6
47
5.2180
-5.2739
11
5
226
6.5947
-6.5893
p = 27941
2329 nodes
87 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
21
2.8211
-2.8273
3
10
100
3.4555
-3.4622
5
7
40
4.4334
-4.4296
7
6
89
5.2702
-5.2733
11
5
127
6.6028
-6.6183
p = 27943
2329 nodes
65 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
92
2.8267
-2.8275
3
10
44
3.4428
-3.4472
5
7
121
4.4475
-4.4599
7
6
87
5.2710
-5.2731
11
5
133
6.5788
-6.6183
p = 27947
2330 nodes
134 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
34
2.8256
-2.8271
3
10
63
3.4496
-3.4577
5
7
71
4.4589
-4.4606
7
6
96
5.2408
-5.2284
11
5
51
6.6147
-6.5754
p = 27953
2330 nodes
60 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
28
2.8151
-2.8204
3
10
110
3.4472
-3.4587
5
7
58
4.4362
-4.4591
7
6
204
5.2380
-5.2800
11
5
56
6.5616
-6.5887
p = 27961
2330 nodes
70 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
59
2.8174
-2.8267
3
10
39
3.4467
-3.4421
5
7
103
4.4494
-4.4059
7
6
104
5.2910
-5.2901
11
5
240
6.5841
-6.5959
p = 27967
2331 nodes
63 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
72
2.8252
-2.8211
3
10
55
3.4469
-3.4463
5
7
88
4.4391
-4.4605
7
6
65
5.2544
-5.2754
11
5
88
6.5506
-6.6161
p = 27983
2333 nodes
149 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
33
2.8267
-2.8265
3
10
50
3.4622
-3.4512
5
7
65
4.4659
-4.4650
7
6
100
5.2621
-5.2864
11
5
46
6.5468
-6.5827
p = 27997
2333 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
54
2.8281
-2.8229
3
9
129
3.4601
-3.4501
5
7
109
4.4527
-4.4459
7
6
84
5.2713
-5.2814
11
5
210
6.6044
-6.5625
p = 28001
2334 nodes
120 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
18
2.8184
-2.8264
3
10
52
3.4571
-3.4556
5
7
54
4.4574
-4.4425
7
6
116
5.2833
-5.2650
11
5
94
6.5883
-6.5670
p = 28019
2336 nodes
198 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
19
2.8272
-2.8232
3
10
33
3.4432
-3.4616
5
7
94
4.4684
-4.4543
7
6
75
5.2503
-5.2559
11
5
88
6.5879
-6.5958
p = 28027
2336 nodes
66 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
58
2.8267
-2.8258
3
10
54
3.4555
-3.4324
5
7
186
4.4422
-4.4387
7
6
71
5.2704
-5.2730
11
5
130
6.6212
-6.5930
p = 28031
2337 nodes
225 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
34
2.8269
-2.8277
3
10
36
3.4395
-3.4587
5
7
33
4.4687
-4.4590
7
6
78
5.2618
-5.2537
11
5
80
6.6121
-6.5989
p = 28051
2338 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
56
2.8250
-2.8203
3
10
51
3.4465
-3.4442
5
7
140
4.4707
-4.4576
7
6
38
5.2563
-5.2750
11
5
99
6.5968
-6.5731
p = 28057
2338 nodes
36 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
48
2.8236
-2.8146
3
10
125
3.4574
-3.4540
5
7
107
4.4553
-4.4599
7
6
109
5.2684
-5.2810
11
5
119
6.6224
-6.6092
p = 28069
2339 nodes
61 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
63
2.8269
-2.8225
3
10
65
3.4551
-3.4595
5
7
79
4.4219
-4.4511
7
6
44
5.2374
-5.2705
11
5
346
6.6139
-6.6010
p = 28081
2340 nodes
54 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
43
2.8240
-2.8274
3
9
48
3.4416
-3.4605
5
7
92
4.4580
-4.4350
7
6
106
5.2581
-5.2763
11
5
155
6.6188
-6.5619
p = 28087
2341 nodes
51 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
94
2.8264
-2.8224
3
10
52
3.4423
-3.4557
5
7
98
4.4621
-4.4317
7
6
67
5.2323
-5.2711
11
5
146
6.6246
-6.6210
p = 28097
2342 nodes
98 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
42
2.8224
-2.8238
3
10
64
3.4522
-3.4604
5
7
32
4.4614
-4.4633
7
6
267
5.2816
-5.2427
11
5
63
6.5931
-6.6173
p = 28099
2342 nodes
54 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
52
2.8194
-2.8264
3
10
41
3.4422
-3.4512
5
7
169
4.4223
-4.4691
7
6
48
5.2913
-5.2625
11
5
166
6.5823
-6.5957
p = 28109
2343 nodes
89 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
19
2.8239
-2.8214
3
10
78
3.4621
-3.4555
5
7
41
4.4485
-4.4537
7
6
116
5.2635
-5.2488
11
5
141
6.6137
-6.5946
p = 28111
2343 nodes
123 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
48
2.8168
-2.8254
3
10
37
3.4601
-3.4557
5
7
100
4.4599
-4.4526
7
6
40
5.2837
-5.2252
11
5
223
6.5878
-6.5467
p = 28123
2344 nodes
50 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
49
2.8162
-2.8247
3
10
83
3.4545
-3.4364
5
8
234
4.4618
-4.4510
7
6
68
5.2496
-5.2526
11
5
87
6.5528
-6.5902
p = 28151
2347 nodes
209 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
24
2.8247
-2.8283
3
11
43
3.4582
-3.4566
5
7
78
4.4493
-4.4390
7
6
71
5.2742
-5.2376
11
5
65
6.5574
-6.5818
p = 28163
2348 nodes
66 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
45
2.8238
-2.8233
3
10
57
3.4525
-3.4429
5
7
115
4.4538
-4.4261
7
6
142
5.2808
-5.2801
11
5
45
6.6134
-6.5492
p = 28181
2349 nodes
121 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
21
2.8161
-2.8270
3
10
81
3.4454
-3.4564
5
7
47
4.4638
-4.4472
7
6
97
5.2803
-5.2713
11
5
169
6.5948
-6.6088
p = 28183
2349 nodes
61 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
47
2.8188
-2.8254
3
10
71
3.4392
-3.4500
5
7
120
4.4502
-4.4692
7
6
70
5.2162
-5.2896
11
5
88
6.6147
-6.5289
p = 28201
2350 nodes
74 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
49
2.8256
-2.8198
3
10
51
3.4525
-3.4604
5
7
86
4.4547
-4.4425
7
6
68
5.2663
-5.2470
11
5
180
6.5966
-6.6140
p = 28211
2352 nodes
146 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
15
2.8208
-2.8242
3
10
43
3.4568
-3.4624
5
7
96
4.4288
-4.4588
7
6
83
5.2762
-5.2525
11
5
77
6.6160
-6.6243
p = 28219
2352 nodes
54 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
49
2.8230
-2.8269
3
10
57
3.4460
-3.4636
5
7
114
4.4572
-4.4631
7
6
42
5.2454
-5.2848
11
5
129
6.6138
-6.5759
p = 28229
2353 nodes
97 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
35
2.8261
-2.8273
3
10
50
3.4532
-3.4387
5
7
43
4.4507
-4.4483
7
6
116
5.2779
-5.2794
11
5
203
6.6082
-6.6032
p = 28277
2357 nodes
57 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
26
2.8232
-2.8241
3
11
161
3.4602
-3.4531
5
7
48
4.4582
-4.4671
7
6
153
5.2697
-5.2608
11
5
115
6.6283
-6.5450
p = 28279
2357 nodes
117 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
45
2.8243
-2.8226
3
10
34
3.4592
-3.4549
5
7
84
4.4599
-4.4180
7
6
39
5.2602
-5.2402
11
5
146
6.6006
-6.5884
p = 28283
2358 nodes
74 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
43
2.8252
-2.8268
3
10
51
3.4576
-3.4502
5
7
91
4.3997
-4.4583
7
6
130
5.2473
-5.2874
11
5
75
6.5868
-6.5918
p = 28289
2358 nodes
114 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
23
2.8263
-2.8247
3
10
72
3.4526
-3.4470
5
7
51
4.4678
-4.4355
7
6
104
5.2745
-5.2808
11
5
77
6.5724
-6.6138
p = 28297
2358 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
98
2.8225
-2.8167
3
9
67
3.4575
-3.4620
5
7
65
4.4460
-4.4389
7
6
94
5.2792
-5.2745
11
5
133
6.5849
-6.5966
p = 28307
2360 nodes
74 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
60
2.8165
-2.8278
3
10
48
3.4429
-3.4566
5
7
58
4.4456
-4.4509
7
6
125
5.2457
-5.2797
11
5
64
6.6237
-6.5579
p = 28309
2359 nodes
57 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
42
2.8260
-2.8218
3
10
87
3.4531
-3.4461
5
7
119
4.4485
-4.4408
7
6
70
5.2673
-5.2815
11
5
264
6.5919
-6.6010
p = 28319
2361 nodes
121 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
21
2.8212
-2.8217
3
10
38
3.4413
-3.4478
5
7
76
4.4580
-4.4344
7
6
100
5.2346
-5.2869
11
5
83
6.6119
-6.5379
p = 28349
2363 nodes
139 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
19
2.8281
-2.8235
3
10
71
3.4519
-3.4533
5
7
39
4.4642
-4.4624
7
6
105
5.2525
-5.2453
11
5
177
6.6042
-6.4876
p = 28351
2363 nodes
87 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
53
2.8250
-2.8279
3
10
44
3.4584
-3.4572
5
7
155
4.4610
-4.4642
7
6
50
5.2605
-5.2606
11
5
155
6.6075
-6.5357
p = 28387
2366 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
62
2.8175
-2.8148
3
10
75
3.4394
-3.4594
5
7
240
4.4536
-4.4704
7
6
63
5.2791
-5.2792
11
5
83
6.6263
-6.5801
p = 28393
2366 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
59
2.8143
-2.8281
3
10
125
3.4567
-3.4555
5
7
94
4.4525
-4.4465
7
6
100
5.2730
-5.2577
11
5
111
6.5830
-6.6322
p = 28403
2368 nodes
58 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
49
2.8208
-2.8197
3
10
67
3.4598
-3.4525
5
7
83
4.4653
-4.4292
7
6
125
5.2202
-5.2534
11
5
42
6.6213
-6.5872
p = 28409
2368 nodes
142 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
27
2.8261
-2.8207
3
10
44
3.4626
-3.4579
5
7
35
4.4394
-4.4696
7
6
126
5.2645
-5.2772
11
5
118
6.6160
-6.5249
p = 28411
2368 nodes
70 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
76
2.8199
-2.8220
3
10
27
3.4520
-3.4573
5
7
174
4.4522
-4.4514
7
6
48
5.2686
-5.2841
11
5
130
6.5456
-6.5668
p = 28429
2369 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
46
2.8224
-2.8233
3
10
90
3.4549
-3.4614
5
7
117
4.4664
-4.4556
7
6
70
5.2784
-5.2550
11
5
284
6.6158
-6.6296
p = 28433
2370 nodes
84 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
61
2.8216
-2.8271
3
10
60
3.4458
-3.4398
5
7
39
4.4459
-4.4177
7
6
278
5.2570
-5.2796
11
5
68
6.6087
-6.5826
p = 28439
2371 nodes
219 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
37
2.8269
-2.8245
3
10
26
3.4333
-3.4540
5
7
52
4.4636
-4.4355
7
6
82
5.2798
-5.2572
11
5
84
6.5942
-6.5919
p = 28447
2371 nodes
55 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
95
2.8234
-2.8227
3
10
64
3.4500
-3.4463
5
7
82
4.4439
-4.4345
7
6
54
5.2723
-5.2890
11
5
120
6.6212
-6.5481
p = 28463
2373 nodes
91 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
33
2.8263
-2.8244
3
10
74
3.4413
-3.4501
5
7
86
4.4674
-4.4506
7
6
123
5.2778
-5.2360
11
5
57
6.6208
-6.6129
p = 28477
2373 nodes
27 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
65
2.8202
-2.8196
3
9
86
3.4325
-3.4504
5
7
113
4.4186
-4.4694
7
6
108
5.2498
-5.2320
11
5
211
6.6206
-6.6119
p = 28493
2375 nodes
97 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
16
44
2.8247
-2.8211
3
10
105
3.4621
-3.4454
5
7
27
4.4320
-4.4492
7
7
141
5.2593
-5.2578
11
5
118
6.5686
-6.6093
p = 28499
2376 nodes
114 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
17
2.8208
-2.8255
3
10
46
3.4402
-3.4530
5
7
103
4.4610
-4.4398
7
6
90
5.2507
-5.2612
11
5
86
6.5851
-6.5746
p = 28513
2376 nodes
32 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
14
65
2.8233
-2.8247
3
10
62
3.4580
-3.4449
5
7
104
4.4444
-4.4477
7
6
154
5.2511
-5.2797
11
5
101
6.6017
-6.5350
p = 28517
2377 nodes
67 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
58
2.8264
-2.8189
3
10
97
3.4512
-3.4277
5
7
30
4.4572
-4.4486
7
6
156
5.2662
-5.2461
11
5
137
6.6091
-6.6325
p = 28537
2378 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
94
2.8255
-2.8267
3
10
55
3.4527
-3.4429
5
7
89
4.4718
-4.4666
7
6
173
5.2889
-5.2429
11
5
173
6.6132
-6.5933
p = 28541
2379 nodes
111 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
22
2.8208
-2.8273
3
10
73
3.4519
-3.4451
5
7
61
4.4607
-4.4396
7
6
109
5.2779
-5.2653
11
5
110
6.5515
-6.6018
p = 28547
2380 nodes
82 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
15
29
2.8105
-2.8250
3
10
78
3.4628
-3.4432
5
7
113
4.4665
-4.4633
7
6
90
5.2328
-5.2433
11
5
38
6.5860
-6.5757
See our about page for contribution and citation details.
The Isogeny Database.