This page contains computed data for the graphs \(\Gamma_1(\cdot;3617)\) through \(\Gamma_1(\cdot;4451)\). You can read about the displayed information in the glossary .
3617 /
3623 /
3631 /
3637 /
3643 /
3659 /
3671 /
3673 /
3677 /
3691 /
3697 /
3701 /
3709 /
3719 /
3727 /
3733 /
3739 /
3761 /
3767 /
3769 /
3779 /
3793 /
3797 /
3803 /
3821 /
3823 /
3833 /
3847 /
3851 /
3853 /
3863 /
3877 /
3881 /
3889 /
3907 /
3911 /
3917 /
3919 /
3923 /
3929 /
3931 /
3943 /
3947 /
3967 /
3989 /
4001 /
4003 /
4007 /
4013 /
4019 /
4021 /
4027 /
4049 /
4051 /
4057 /
4073 /
4079 /
4091 /
4093 /
4099 /
4111 /
4127 /
4129 /
4133 /
4139 /
4153 /
4157 /
4159 /
4177 /
4201 /
4211 /
4217 /
4219 /
4229 /
4231 /
4241 /
4243 /
4253 /
4259 /
4261 /
4271 /
4273 /
4283 /
4289 /
4297 /
4327 /
4337 /
4339 /
4349 /
4357 /
4363 /
4373 /
4391 /
4397 /
4409 /
4421 /
4423 /
4441 /
4447 /
4451 /
p = 3617
302 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
16
2.8280
-2.8122
3
8
20
3.4317
-3.4310
5
6
11
4.3643
-4.3378
7
5
74
5.2234
-5.1415
11
4
19
6.5652
-6.5571
p = 3623
303 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.8133
-2.7827
3
8
19
3.3649
-3.4444
5
6
19
4.4372
-4.4102
7
5
45
5.1747
-5.2620
11
4
15
6.6271
-6.5580
p = 3631
303 nodes
43 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.7984
-2.8028
3
8
10
3.4413
-3.4093
5
6
30
4.4340
-4.3873
7
5
13
5.2523
-5.1967
11
4
54
6.5214
-6.5826
p = 3637
303 nodes
11 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8107
-2.7629
3
8
49
3.4335
-3.3447
5
5
36
4.4120
-4.4474
7
5
25
5.2688
-5.2301
11
4
62
6.3768
-6.4526
p = 3643
304 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
20
2.8034
-2.8220
3
8
24
3.3670
-3.4429
5
6
56
4.3956
-4.3005
7
5
21
5.1973
-5.2348
11
4
43
6.6194
-6.4604
p = 3659
306 nodes
58 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8141
-2.8030
3
8
11
3.4140
-3.4191
5
6
27
4.3936
-4.4470
7
5
23
5.1459
-5.1738
11
4
26
6.5288
-6.2873
p = 3671
307 nodes
81 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.7947
-2.8229
3
8
11
3.4513
-3.4229
5
6
16
4.4234
-4.4186
7
5
24
5.0853
-5.2268
11
4
22
6.4141
-6.5838
p = 3673
306 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
30
2.8127
-2.8040
3
8
22
3.4029
-3.4472
5
5
29
4.4525
-4.3773
7
5
38
5.0882
-5.2702
11
4
56
6.5342
-6.3342
p = 3677
307 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.8049
-2.8210
3
8
40
3.4354
-3.3821
5
6
18
4.3270
-4.3946
7
5
64
5.1270
-5.1606
11
4
36
6.2947
-6.6108
p = 3691
308 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.7813
-2.8133
3
8
22
3.4516
-3.4320
5
6
58
4.4596
-4.3387
7
5
12
5.2148
-5.2074
11
4
37
6.5925
-6.5474
p = 3697
308 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
28
2.7857
-2.8037
3
8
30
3.3792
-3.4268
5
5
24
4.4529
-4.3234
7
5
47
5.1384
-5.1653
11
4
50
6.5332
-6.4969
p = 3701
309 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8239
-2.8121
3
8
24
3.4628
-3.4315
5
6
11
4.3892
-4.3841
7
5
44
5.2652
-5.2576
11
4
55
6.5085
-6.5282
p = 3709
309 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.7977
-2.8042
3
8
33
3.4542
-3.4107
5
5
24
4.3795
-4.4200
7
4
21
5.1898
-5.0959
11
4
102
6.5470
-6.5343
p = 3719
311 nodes
67 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8239
-2.8089
3
8
10
3.3946
-3.4250
5
6
20
4.3311
-4.4041
7
5
33
5.2819
-5.1431
11
4
20
6.5529
-6.5737
p = 3727
311 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
27
2.7966
-2.7950
3
8
14
3.4291
-3.4094
5
6
26
4.4058
-4.4024
7
5
21
5.1285
-5.2399
11
4
42
6.5399
-6.4350
p = 3733
311 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
29
2.8068
-2.8233
3
8
46
3.4451
-3.4540
5
5
35
4.4281
-4.3025
7
5
33
5.2172
-5.0353
11
4
57
6.4144
-6.5758
p = 3739
312 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
17
2.8160
-2.8083
3
7
14
3.4189
-3.3876
5
6
74
4.3987
-4.4168
7
5
13
5.2363
-5.2808
11
4
50
6.3272
-6.2452
p = 3761
314 nodes
40 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8183
-2.8204
3
9
20
3.4076
-3.3903
5
6
20
4.4289
-4.3027
7
5
44
5.2045
-5.0888
11
4
30
6.5336
-6.3654
p = 3767
315 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
8
2.8125
-2.8192
3
8
25
3.3796
-3.4386
5
6
20
4.2483
-4.4320
7
5
42
5.0548
-5.2272
11
4
19
6.4456
-6.4477
p = 3769
314 nodes
24 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
14
2.8089
-2.8076
3
7
23
3.4168
-3.4596
5
6
25
4.4062
-4.4193
7
4
24
5.1914
-5.0830
11
4
70
6.5193
-6.3875
p = 3779
316 nodes
62 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8056
-2.8143
3
8
15
3.4588
-3.4313
5
6
23
4.3916
-4.3582
7
5
25
5.1923
-5.2209
11
4
26
6.4748
-6.4859
p = 3793
316 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
33
2.7993
-2.8053
3
7
19
3.4250
-3.4279
5
5
24
4.3300
-4.3645
7
5
45
5.2671
-5.2460
11
4
36
6.5113
-6.4825
p = 3797
317 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
13
2.8242
-2.7704
3
8
42
3.4400
-3.4144
5
5
15
4.3017
-4.4053
7
5
44
5.0812
-5.2148
11
4
33
6.5105
-6.5827
p = 3803
318 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.7808
-2.7669
3
8
18
3.4102
-3.4627
5
6
47
4.3392
-4.4671
7
5
50
5.1576
-5.1576
11
4
16
6.6182
-6.4873
p = 3821
319 nodes
47 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8043
-2.8171
3
9
16
3.4424
-3.4258
5
6
13
4.3592
-4.4130
7
5
33
5.2557
-5.2279
11
4
53
6.5922
-6.4592
p = 3823
319 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.8195
-2.8195
3
8
28
3.4341
-3.3762
5
6
39
4.3856
-4.4375
7
5
18
5.1633
-5.2112
11
4
28
6.5730
-6.5458
p = 3833
320 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.7950
-2.7748
3
8
23
3.3982
-3.4359
5
5
15
4.4330
-4.4673
7
5
86
5.2155
-5.2527
11
4
21
6.3509
-6.4445
p = 3847
321 nodes
23 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
17
2.8074
-2.7994
3
8
30
3.4077
-3.4567
5
6
46
4.3504
-4.4233
7
5
19
5.1502
-5.1538
11
4
29
6.5532
-6.5559
p = 3851
322 nodes
50 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.8069
-2.8259
3
8
16
3.3864
-3.4582
5
6
25
4.3298
-4.4075
7
5
29
5.2726
-5.2277
11
4
19
6.5299
-6.5040
p = 3853
321 nodes
13 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
29
2.8159
-2.7973
3
7
27
3.3737
-3.4275
5
5
29
4.4014
-4.4519
7
4
40
5.2205
-5.1313
11
4
88
6.5855
-6.4330
p = 3863
323 nodes
61 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
15
2.8194
-2.7951
3
8
15
3.4586
-3.4195
5
6
19
4.3693
-4.4422
7
5
29
5.1879
-5.2311
11
4
15
6.4313
-6.4492
p = 3877
323 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
31
2.7988
-2.8002
3
7
33
3.3257
-3.3999
5
5
23
4.2355
-4.3283
7
5
23
5.1320
-5.1476
11
4
61
6.1611
-6.5421
p = 3881
324 nodes
36 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
12
2.7804
-2.8123
3
9
17
3.4595
-3.4243
5
6
16
4.3956
-4.3902
7
5
68
5.1543
-5.1918
11
4
39
6.5154
-6.6216
p = 3889
324 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.7953
-2.8250
3
7
23
3.4307
-3.4243
5
5
40
4.4056
-4.4540
7
5
32
5.2064
-5.2337
11
4
71
6.3923
-6.5028
p = 3907
326 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
19
2.7856
-2.8152
3
8
27
3.4386
-3.4456
5
6
77
4.3751
-4.4432
7
5
22
5.1650
-5.1696
11
4
41
6.5054
-6.4634
p = 3911
327 nodes
83 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8123
-2.7927
3
8
9
3.3644
-3.4344
5
6
16
4.4580
-4.4641
7
5
28
5.1706
-5.2724
11
4
30
6.3223
-6.5970
p = 3917
327 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.8219
-2.8259
3
8
48
3.4391
-3.4579
5
6
19
4.4007
-4.3786
7
5
59
5.2351
-5.1875
11
4
29
6.3147
-6.5917
p = 3919
327 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
24
2.8072
-2.7599
3
8
10
3.4245
-3.4374
5
6
36
4.3843
-4.3794
7
5
19
4.9915
-5.1847
11
4
55
6.3489
-6.2986
p = 3923
328 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
13
2.8050
-2.8169
3
8
23
3.4601
-3.3893
5
6
21
4.4257
-4.3904
7
5
38
5.1862
-5.2411
11
4
17
6.5355
-6.5417
p = 3929
328 nodes
44 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8213
-2.8164
3
8
24
3.4040
-3.3660
5
6
16
4.4234
-4.3975
7
5
44
5.2109
-5.2794
11
4
35
6.3170
-6.4679
p = 3931
328 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
19
2.7995
-2.7962
3
8
15
3.4426
-3.3639
5
6
59
4.3962
-4.4640
7
5
18
5.2464
-5.1175
11
4
40
6.4389
-6.6091
p = 3943
329 nodes
27 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
21
2.7737
-2.8073
3
7
21
3.3620
-3.4308
5
6
36
4.3368
-4.3524
7
5
23
5.0677
-5.2532
11
4
26
6.5335
-6.5917
p = 3947
330 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
15
2.8219
-2.8131
3
8
18
3.4588
-3.4407
5
6
21
4.3573
-4.3466
7
5
54
5.2519
-5.2867
11
4
27
6.5180
-6.3541
p = 3967
331 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
29
2.8003
-2.8223
3
7
19
3.4013
-3.4400
5
6
51
4.3698
-4.3496
7
5
28
5.1075
-5.1039
11
4
40
6.5247
-6.5487
p = 3989
333 nodes
49 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8097
-2.8172
3
8
23
3.4157
-3.4530
5
6
16
4.3389
-4.3833
7
5
46
5.1497
-5.2099
11
4
66
6.3015
-6.4218
p = 4001
334 nodes
36 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7756
-2.8011
3
8
28
3.3912
-3.4107
5
6
19
4.3530
-4.4199
7
5
42
5.2857
-5.1696
11
4
30
6.4848
-6.4259
p = 4003
334 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
21
2.7824
-2.8163
3
8
18
3.4537
-3.4056
5
6
53
4.4058
-4.4321
7
5
21
5.2134
-5.1957
11
4
42
6.2617
-6.4845
p = 4007
335 nodes
57 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
13
2.8231
-2.8157
3
8
22
3.3695
-3.3732
5
6
16
4.4188
-4.4454
7
5
42
5.2392
-5.1407
11
4
16
6.4566
-6.3933
p = 4013
335 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
15
2.7981
-2.8198
3
8
48
3.4587
-3.4169
5
6
14
4.3993
-4.3771
7
5
42
5.2144
-5.2096
11
4
28
6.4726
-6.5856
p = 4019
336 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.7964
-2.8061
3
8
12
3.4324
-3.4148
5
6
34
4.3983
-4.3506
7
5
30
5.2032
-5.1916
11
4
31
6.6208
-6.4499
p = 4021
335 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
18
2.7901
-2.8100
3
8
27
3.4427
-3.4050
5
6
22
4.4284
-4.4055
7
5
16
5.1318
-5.2530
11
4
96
6.6149
-6.5876
p = 4027
336 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
21
2.8011
-2.8214
3
8
18
3.3983
-3.3897
5
6
63
4.4290
-4.4494
7
5
19
5.1708
-5.2166
11
4
36
6.4666
-6.4716
p = 4049
338 nodes
36 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8129
-2.8128
3
8
13
3.4476
-3.3834
5
6
17
4.4108
-4.4212
7
5
70
5.1768
-5.2303
11
4
55
6.5316
-6.3963
p = 4051
338 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
23
2.7869
-2.8226
3
8
11
3.4339
-3.4522
5
6
61
4.3109
-4.4064
7
5
19
5.1368
-5.1834
11
4
58
6.1395
-6.4898
p = 4057
338 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
23
2.8106
-2.7936
3
7
30
3.4093
-3.4023
5
6
39
4.3873
-4.4028
7
5
55
5.2311
-5.2365
11
4
51
6.5694
-6.5462
p = 4073
340 nodes
28 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
14
2.8094
-2.7885
3
8
28
3.4091
-3.4255
5
6
15
4.4480
-4.3344
7
5
93
5.1902
-5.0919
11
4
24
6.5411
-6.5584
p = 4079
341 nodes
85 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
8
2.8183
-2.8106
3
8
10
3.4399
-3.3779
5
6
12
4.4226
-4.3523
7
5
28
5.2297
-5.2459
11
4
28
6.4833
-6.4815
p = 4091
342 nodes
66 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.7864
-2.8092
3
9
17
3.4573
-3.3683
5
6
25
4.3651
-4.4627
7
5
25
5.2728
-5.2321
11
4
29
6.4956
-6.4448
p = 4093
341 nodes
13 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
35
2.7936
-2.8140
3
7
27
3.4201
-3.4357
5
5
28
4.4584
-4.3975
7
5
34
5.1014
-5.2058
11
4
82
6.4096
-6.3642
p = 4099
342 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8077
-2.8174
3
8
20
3.4291
-3.4357
5
6
67
4.3888
-4.4538
7
5
11
5.0322
-5.2737
11
4
41
6.3874
-6.5205
p = 4111
343 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.8079
-2.8116
3
8
23
3.4353
-3.3631
5
6
43
4.4230
-4.4460
7
5
16
5.2476
-5.2321
11
4
43
6.4766
-6.5740
p = 4127
345 nodes
49 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.8044
-2.7969
3
8
24
3.4174
-3.3822
5
6
22
4.2917
-4.4062
7
5
40
5.2097
-5.2286
11
4
14
6.5590
-6.5213
p = 4129
344 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
28
2.8073
-2.8217
3
7
16
3.4149
-3.4510
5
5
28
4.3138
-4.4061
7
5
37
5.2446
-5.0294
11
4
74
6.3156
-6.4315
p = 4133
345 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
10
2.8252
-2.8026
3
8
38
3.4254
-3.4312
5
6
12
4.3835
-4.3787
7
5
46
5.2343
-5.2569
11
4
44
6.5265
-6.5321
p = 4139
346 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.8046
-2.8058
3
8
16
3.3879
-3.4267
5
6
31
4.3141
-4.3655
7
5
25
5.1677
-5.1755
11
4
26
6.3977
-6.5567
p = 4153
346 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
21
2.8072
-2.8218
3
8
37
3.4219
-3.4230
5
5
49
4.4041
-4.3989
7
5
52
5.2514
-5.1910
11
4
43
6.4392
-6.5389
p = 4157
347 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.7926
-2.8006
3
8
38
3.3970
-3.4380
5
6
14
4.4472
-4.3553
7
5
35
5.1937
-5.2442
11
4
29
6.5383
-6.3996
p = 4159
347 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
19
2.7755
-2.8038
3
8
20
3.4130
-3.3932
5
6
33
4.3863
-4.4362
7
5
15
5.2500
-5.2196
11
4
43
6.2312
-6.5963
p = 4177
348 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
28
2.8094
-2.8057
3
8
34
3.3835
-3.4621
5
5
30
4.3600
-4.4183
7
4
44
5.2664
-4.9937
11
4
41
6.6307
-6.5564
p = 4201
350 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
16
2.8179
-2.8232
3
7
19
3.4065
-3.4214
5
5
44
4.4279
-4.4615
7
5
28
5.2008
-5.0084
11
4
73
6.4512
-6.5488
p = 4211
352 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.7972
-2.8116
3
8
14
3.3968
-3.4479
5
6
37
4.3473
-4.2730
7
5
38
5.2375
-5.1905
11
4
31
6.3433
-6.4738
p = 4217
352 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
17
2.8042
-2.8052
3
8
16
3.4540
-3.4180
5
6
14
4.3775
-4.3728
7
5
91
5.1978
-5.2200
11
4
36
6.4945
-6.5576
p = 4219
352 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
22
2.8257
-2.8223
3
8
14
3.3938
-3.3868
5
6
61
4.3286
-4.4272
7
5
14
5.0894
-5.2683
11
4
65
6.5555
-6.5066
p = 4229
353 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.7983
-2.8118
3
8
34
3.4195
-3.4321
5
6
14
4.4159
-4.3893
7
5
46
5.1558
-5.0508
11
4
32
6.6140
-6.6160
p = 4231
353 nodes
51 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
23
2.7875
-2.8174
3
8
11
3.4228
-3.4236
5
6
45
4.3137
-4.4511
7
5
14
5.2234
-5.2465
11
4
57
6.6196
-6.4161
p = 4241
354 nodes
54 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.8213
-2.8113
3
8
16
3.4327
-3.4196
5
6
13
4.3539
-4.3859
7
5
42
5.2557
-5.1982
11
4
35
6.4470
-6.4825
p = 4243
354 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
24
2.7907
-2.8008
3
8
29
3.3623
-3.4240
5
6
82
4.4356
-4.3316
7
5
25
5.2430
-5.2159
11
4
32
6.5321
-6.5642
p = 4253
355 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.7674
-2.7755
3
8
53
3.4439
-3.4271
5
6
18
4.3868
-4.3933
7
5
57
5.0603
-5.2545
11
4
38
6.4964
-6.3940
p = 4259
356 nodes
70 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8169
-2.8180
3
8
9
3.4189
-3.3789
5
6
34
4.4041
-4.3942
7
5
31
5.1285
-5.1459
11
4
28
6.5572
-6.2758
p = 4261
355 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
21
2.8045
-2.8186
3
8
30
3.4409
-3.4272
5
5
26
4.4317
-4.3654
7
5
20
5.1484
-5.2783
11
4
106
6.6078
-6.4522
p = 4271
357 nodes
65 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.7947
-2.8108
3
8
14
3.4373
-3.4308
5
6
23
4.3305
-4.4376
7
5
37
5.1560
-5.1928
11
4
24
6.3381
-6.4243
p = 4273
356 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
34
2.8223
-2.8204
3
7
27
3.4154
-3.4351
5
5
32
4.3436
-4.3722
7
5
46
5.2254
-5.2387
11
4
47
6.5533
-6.5695
p = 4283
358 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
17
2.8016
-2.8211
3
8
14
3.4515
-3.4270
5
6
23
4.3736
-4.3249
7
5
49
5.1600
-5.2495
11
4
25
6.5115
-6.5324
p = 4289
358 nodes
56 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8219
-2.8236
3
8
20
3.4554
-3.4340
5
6
16
4.4232
-4.2732
7
5
50
5.2526
-5.2641
11
4
42
6.4275
-6.4601
p = 4297
358 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
32
2.8207
-2.8163
3
8
22
3.4223
-3.4468
5
5
34
4.3138
-4.4134
7
5
44
5.2651
-5.1076
11
4
53
6.6170
-6.6162
p = 4327
361 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
25
2.8040
-2.8251
3
8
15
3.3969
-3.4507
5
6
55
4.2864
-4.4295
7
5
28
5.1527
-5.2261
11
4
37
6.4251
-6.5641
p = 4337
362 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
15
2.7886
-2.8266
3
8
23
3.4434
-3.4333
5
6
20
4.4085
-4.4413
7
5
93
5.2554
-5.2169
11
4
21
6.3315
-6.5602
p = 4339
362 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
24
2.7912
-2.7936
3
8
15
3.4395
-3.4416
5
6
32
4.3250
-4.3976
7
5
14
5.1696
-5.2048
11
4
49
6.5555
-6.5333
p = 4349
363 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8112
-2.8123
3
9
30
3.4529
-3.4309
5
6
23
4.3629
-4.4215
7
5
52
5.2059
-5.1476
11
4
54
6.5807
-6.3633
p = 4357
363 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
37
2.8069
-2.8081
3
8
37
3.4361
-3.4211
5
5
28
4.4678
-4.3249
7
5
42
5.2492
-5.1632
11
4
81
6.5645
-6.5093
p = 4363
364 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
17
2.8218
-2.8121
3
7
23
3.4191
-3.4042
5
6
89
4.4044
-4.4624
7
5
33
5.0842
-5.1933
11
4
42
6.5791
-6.5601
p = 4373
365 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
12
2.8100
-2.8226
3
8
32
3.4357
-3.4302
5
6
16
4.4284
-4.4318
7
5
55
5.2602
-5.2422
11
4
50
6.6209
-6.1094
p = 4391
367 nodes
79 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.7876
-2.7933
3
9
21
3.4507
-3.3873
5
6
23
4.4332
-4.4519
7
5
25
5.2383
-5.2404
11
4
23
6.5268
-6.5442
p = 4397
367 nodes
27 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.8006
-2.7939
3
8
55
3.4381
-3.4608
5
6
26
4.3414
-4.4065
7
5
57
5.0651
-5.2532
11
4
29
6.2563
-6.3437
p = 4409
368 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
13
11
2.8225
-2.8000
3
8
17
3.4551
-3.4376
5
6
16
4.3616
-4.3183
7
5
78
5.2105
-5.2444
11
4
51
6.5050
-6.5653
p = 4421
369 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
6
2.8235
-2.8208
3
8
37
3.3993
-3.4106
5
6
18
4.3330
-4.4270
7
5
34
5.0438
-5.0572
11
4
38
6.4568
-6.3950
p = 4423
369 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
32
2.8072
-2.8272
3
8
18
3.4081
-3.4383
5
6
33
4.4244
-4.4462
7
5
27
5.2383
-5.2335
11
4
45
6.6054
-6.3818
p = 4441
370 nodes
28 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.8027
-2.8185
3
7
15
3.3627
-3.3995
5
6
33
4.4090
-4.3260
7
5
36
5.2731
-5.2908
11
4
94
6.5651
-6.5238
p = 4447
371 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
22
2.8124
-2.8228
3
8
31
3.4091
-3.4184
5
5
36
4.3796
-4.3623
7
5
28
5.2097
-5.2220
11
4
39
6.5130
-6.5533
p = 4451
372 nodes
58 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
10
2.7993
-2.8245
3
8
13
3.4497
-3.4256
5
6
29
4.4215
-4.4249
7
5
33
5.2795
-5.2232
11
4
43
6.4439
-6.1831
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The Isogeny Database.