This page contains computed data for the graphs \(\Gamma_1(\cdot;2017)\) through \(\Gamma_1(\cdot;2789)\). You can read about the displayed information in the glossary .
2017 /
2027 /
2029 /
2039 /
2053 /
2063 /
2069 /
2081 /
2083 /
2087 /
2089 /
2099 /
2111 /
2113 /
2129 /
2131 /
2137 /
2141 /
2143 /
2153 /
2161 /
2179 /
2203 /
2207 /
2213 /
2221 /
2237 /
2239 /
2243 /
2251 /
2267 /
2269 /
2273 /
2281 /
2287 /
2293 /
2297 /
2309 /
2311 /
2333 /
2339 /
2341 /
2347 /
2351 /
2357 /
2371 /
2377 /
2381 /
2383 /
2389 /
2393 /
2399 /
2411 /
2417 /
2423 /
2437 /
2441 /
2447 /
2459 /
2467 /
2473 /
2477 /
2503 /
2521 /
2531 /
2539 /
2543 /
2549 /
2551 /
2557 /
2579 /
2591 /
2593 /
2609 /
2617 /
2621 /
2633 /
2647 /
2657 /
2659 /
2663 /
2671 /
2677 /
2683 /
2687 /
2689 /
2693 /
2699 /
2707 /
2711 /
2713 /
2719 /
2729 /
2731 /
2741 /
2749 /
2753 /
2767 /
2777 /
2789 /
p = 2017
168 nodes
6 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
16
2.7876
-2.7918
3
6
18
3.3881
-3.4220
5
5
30
4.3340
-4.1365
7
4
38
5.1935
-5.2434
11
3
31
6.4722
-6.2181
p = 2027
170 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
9
2.8014
-2.7884
3
7
13
3.4042
-3.3062
5
5
23
4.4093
-4.4033
7
5
30
5.1815
-5.2463
11
4
12
6.3361
-6.4882
p = 2029
169 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.8006
-2.8201
3
7
16
3.3436
-3.4062
5
5
19
4.4497
-4.3994
7
4
11
5.2321
-5.1322
11
4
61
6.4701
-6.4025
p = 2039
171 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7788
-2.8221
3
8
8
3.4075
-3.3219
5
6
12
4.3849
-4.4658
7
5
23
5.1490
-5.0246
11
4
17
6.0584
-6.4721
p = 2053
171 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
13
2.7991
-2.8207
3
7
35
3.4468
-3.4177
5
5
25
4.4218
-4.3700
7
4
14
5.2376
-4.9386
11
4
32
6.4207
-6.3241
p = 2063
173 nodes
45 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7897
-2.8015
3
8
13
3.4013
-3.4365
5
5
11
4.2734
-4.3974
7
5
28
5.0165
-5.2361
11
4
12
6.5146
-6.5020
p = 2069
173 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.7741
-2.7707
3
8
22
3.3751
-3.4271
5
5
13
4.2409
-4.3344
7
4
28
5.0242
-5.1310
11
4
36
6.4288
-6.5824
p = 2081
174 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
5
2.7678
-2.8258
3
7
20
3.4545
-3.4246
5
5
14
4.1615
-4.3342
7
5
34
5.2386
-5.0324
11
4
21
6.5592
-6.4244
p = 2083
174 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
15
2.7805
-2.7612
3
7
14
3.4400
-3.3930
5
5
43
4.3846
-4.4291
7
4
19
5.0964
-5.1670
11
4
24
6.4085
-6.3123
p = 2087
175 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.7761
-2.8104
3
7
16
3.3777
-3.4051
5
6
18
4.4111
-4.3067
7
4
22
5.1599
-5.2275
11
4
9
6.5047
-6.4644
p = 2089
174 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.8134
-2.7790
3
7
11
3.4367
-3.4088
5
5
23
4.1882
-4.4045
7
4
17
5.0403
-5.1224
11
3
41
6.1831
-6.3997
p = 2099
176 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8079
-2.7705
3
7
8
3.3775
-3.4148
5
6
16
4.3760
-4.3387
7
5
25
5.2029
-4.8101
11
4
20
6.3905
-6.1131
p = 2111
177 nodes
49 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
5
2.7614
-2.7953
3
7
7
3.3391
-3.4263
5
5
22
4.4020
-4.3458
7
5
23
5.1240
-5.2344
11
4
16
6.3300
-6.6187
p = 2113
176 nodes
8 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
24
2.7921
-2.8060
3
6
19
3.2973
-3.3898
5
5
18
4.4241
-4.4660
7
4
38
5.2308
-5.1553
11
4
39
6.5614
-6.5306
p = 2129
178 nodes
28 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
6
2.7686
-2.8087
3
7
16
3.4060
-3.3836
5
5
11
4.3158
-4.4177
7
5
28
5.0544
-5.2180
11
4
24
6.6198
-6.4733
p = 2131
178 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
12
2.8154
-2.7968
3
7
10
3.4058
-3.3815
5
5
38
4.4097
-4.3362
7
4
9
5.2670
-5.2241
11
4
39
6.3907
-6.0628
p = 2137
178 nodes
8 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
20
2.7809
-2.7756
3
7
22
3.3983
-3.4181
5
5
27
4.2467
-4.3124
7
4
40
5.2344
-5.1137
11
4
30
6.4436
-6.3659
p = 2141
179 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
5
2.8173
-2.8145
3
8
15
3.4490
-3.4036
5
6
10
4.4451
-4.2955
7
5
19
5.1839
-5.1559
11
4
34
6.5983
-6.3260
p = 2143
179 nodes
13 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
18
2.8173
-2.7618
3
7
13
3.3506
-3.4039
5
5
31
4.3011
-4.3805
7
4
20
4.9385
-5.1556
11
4
30
6.3526
-6.2491
p = 2153
180 nodes
16 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
9
9
2.7854
-2.7953
3
8
26
3.3962
-3.4441
5
6
15
4.3712
-4.4344
7
4
52
5.0456
-5.2145
11
4
14
6.3656
-6.4895
p = 2161
180 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.8057
-2.7757
3
7
12
3.3638
-3.4494
5
5
17
4.3691
-4.2766
7
4
23
5.1520
-5.0258
11
4
45
6.6003
-6.5009
p = 2179
182 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
10
2.7429
-2.7600
3
7
11
3.3414
-3.4033
5
5
47
4.3640
-4.3811
7
5
16
5.0686
-5.2655
11
4
41
6.5592
-6.4029
p = 2203
184 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
22
2.8237
-2.7985
3
7
11
3.4351
-3.3445
5
5
42
4.3233
-4.3137
7
4
22
5.2583
-5.1519
11
4
37
6.3506
-6.4441
p = 2207
185 nodes
39 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.8066
-2.7842
3
8
20
3.4229
-3.4056
5
6
18
4.4136
-4.3678
7
5
28
5.1725
-5.1333
11
4
11
6.5866
-6.5487
p = 2213
185 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7552
-2.7736
3
8
39
3.4605
-3.4490
5
5
13
4.3469
-4.2485
7
5
36
5.0993
-5.0312
11
4
19
6.3890
-6.5957
p = 2221
185 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
9
9
2.7763
-2.7947
3
7
27
3.3925
-3.4144
5
5
31
4.3427
-4.3638
7
4
15
5.2088
-4.9705
11
4
65
6.5018
-6.1851
p = 2237
187 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
6
2.7457
-2.7903
3
8
32
3.4051
-3.3655
5
5
15
4.2575
-4.3076
7
5
46
5.1938
-5.1500
11
4
27
6.4657
-6.5726
p = 2239
187 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
10
2.8002
-2.7902
3
7
9
3.4444
-3.4162
5
5
25
4.2900
-4.4162
7
4
9
4.9350
-5.2651
11
4
36
6.2760
-6.3769
p = 2243
188 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.8084
-2.7817
3
7
11
3.3969
-3.4169
5
5
21
4.4219
-4.2869
7
5
24
5.1521
-5.2806
11
4
15
6.6167
-6.5552
p = 2251
188 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.7951
-2.8113
3
7
14
3.4142
-3.4584
5
5
52
4.4244
-4.3099
7
4
12
5.1178
-5.2269
11
4
36
6.4069
-6.3097
p = 2267
190 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.8243
-2.7955
3
7
14
3.2981
-3.4012
5
5
20
4.1913
-4.4711
7
5
39
5.0953
-4.9967
11
4
17
6.5434
-6.5077
p = 2269
189 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
14
2.8131
-2.8038
3
7
18
3.3441
-3.3059
5
5
25
4.3742
-4.4617
7
4
18
5.0764
-5.2079
11
4
56
6.3402
-6.4796
p = 2273
190 nodes
24 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.7571
-2.8046
3
7
19
3.3455
-3.4032
5
5
11
4.4334
-4.3079
7
5
54
5.1644
-5.2162
11
4
25
6.4056
-6.6085
p = 2281
190 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
17
2.7930
-2.7900
3
6
12
3.3535
-3.3743
5
5
21
4.4092
-4.3723
7
4
26
5.0503
-5.2119
11
4
60
6.6168
-6.2010
p = 2287
191 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
21
2.8094
-2.8215
3
7
15
3.3928
-3.4170
5
5
21
4.2887
-4.3567
7
4
13
5.0407
-5.0047
11
4
19
6.4705
-6.1373
p = 2293
191 nodes
7 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
20
2.7875
-2.8069
3
7
28
3.3650
-3.4020
5
5
29
4.2880
-4.2982
7
4
28
5.2835
-5.1559
11
4
49
6.5915
-6.3140
p = 2297
192 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
11
2.7941
-2.8206
3
7
23
3.3442
-3.4026
5
5
11
4.1311
-4.3646
7
5
55
5.2222
-5.1953
11
4
15
6.4594
-6.5474
p = 2309
193 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
5
2.7957
-2.8098
3
8
15
3.4409
-3.4205
5
5
14
4.4267
-4.3234
7
5
30
5.1521
-5.0174
11
4
47
6.5602
-6.2892
p = 2311
193 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.8032
-2.8023
3
7
10
3.4244
-3.4189
5
5
29
4.4167
-4.3256
7
4
13
5.2365
-5.2003
11
4
25
6.3227
-6.6186
p = 2333
195 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.7717
-2.7790
3
7
28
3.3766
-3.4071
5
5
14
4.2142
-4.3996
7
4
45
5.1247
-5.2043
11
4
19
6.4545
-6.5041
p = 2339
196 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
4
2.8198
-2.8268
3
8
13
3.4270
-3.3186
5
5
30
4.4063
-4.4064
7
5
17
5.1038
-5.2240
11
4
20
6.3117
-6.4918
p = 2341
195 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.8140
-2.7920
3
7
20
3.3589
-3.4192
5
5
14
4.3858
-4.4035
7
4
16
5.2096
-5.2425
11
4
70
6.5120
-6.5243
p = 2347
196 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
21
2.7978
-2.8153
3
6
12
3.3256
-3.4169
5
5
50
4.3852
-4.3439
7
4
23
5.1051
-4.9058
11
4
31
6.4944
-6.3661
p = 2351
197 nodes
63 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7937
-2.8062
3
8
7
3.3674
-3.4068
5
6
15
4.4118
-4.4276
7
5
20
5.1929
-5.2454
11
4
25
6.5988
-6.3480
p = 2357
197 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.8180
-2.8147
3
8
31
3.3978
-3.4571
5
6
10
4.3875
-4.4023
7
5
38
4.9999
-5.0726
11
4
28
6.2936
-6.4042
p = 2371
198 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.7985
-2.8176
3
7
8
3.4062
-3.4369
5
6
47
4.3542
-4.3436
7
4
13
5.1610
-5.2831
11
4
45
6.5735
-6.5922
p = 2377
198 nodes
8 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
18
2.7956
-2.7935
3
7
18
3.3966
-3.3897
5
5
34
4.3947
-4.1482
7
4
44
4.9306
-5.1631
11
4
40
6.3360
-6.5927
p = 2381
199 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
8
2.8192
-2.7971
3
7
20
3.4371
-3.4492
5
5
11
4.3002
-4.3833
7
5
33
5.1837
-5.0076
11
4
40
6.4197
-6.1724
p = 2383
199 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
17
2.8050
-2.8089
3
7
15
3.4479
-3.3609
5
6
31
4.4346
-4.1884
7
4
16
5.0261
-5.2354
11
4
21
6.4777
-6.3640
p = 2389
199 nodes
17 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
9
10
2.7907
-2.7967
3
7
29
3.4382
-3.3876
5
5
22
4.3858
-4.3752
7
4
15
5.2505
-5.1662
11
4
57
6.4829
-6.6010
p = 2393
200 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.8185
-2.7689
3
8
19
3.3352
-3.4152
5
6
9
4.4210
-4.4116
7
5
50
5.0593
-5.2626
11
4
15
6.4661
-6.3457
p = 2399
201 nodes
59 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.7839
-2.7927
3
8
6
3.4583
-3.3814
5
6
13
4.4596
-4.3974
7
5
16
5.1472
-5.2136
11
4
17
6.3733
-6.3522
p = 2411
202 nodes
46 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
8
2.7930
-2.8007
3
8
7
3.3871
-3.3989
5
6
25
4.4462
-4.3780
7
5
17
5.1849
-5.2259
11
4
21
6.5867
-6.5372
p = 2417
202 nodes
18 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.8140
-2.7453
3
7
30
3.4094
-3.4373
5
6
14
4.4585
-4.2596
7
5
54
5.1313
-5.2477
11
4
17
6.4347
-6.5683
p = 2423
203 nodes
33 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
10
2.7732
-2.7660
3
8
9
3.3906
-3.4479
5
6
18
4.3993
-4.4090
7
5
37
4.9980
-5.2901
11
4
12
6.5034
-6.5724
p = 2437
203 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
17
2.8126
-2.7458
3
7
39
3.3950
-3.4404
5
5
33
4.4154
-4.4016
7
4
22
5.0525
-5.2165
11
4
43
6.2767
-6.4224
p = 2441
204 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
5
2.8213
-2.7793
3
7
16
3.4211
-3.3900
5
6
11
4.4496
-4.3939
7
5
40
5.1017
-5.2018
11
4
28
6.3284
-6.4212
p = 2447
205 nodes
37 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
9
2.7995
-2.8027
3
7
13
3.4529
-3.4149
5
6
15
4.3304
-4.3645
7
5
31
5.1384
-5.2560
11
4
12
6.5428
-6.2520
p = 2459
206 nodes
38 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
5
2.7919
-2.7636
3
8
13
3.3953
-3.3487
5
6
33
4.4138
-4.3638
7
5
23
5.1317
-5.2715
11
4
16
6.4067
-6.6312
p = 2467
206 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
24
2.8162
-2.8009
3
6
17
3.3055
-3.4265
5
5
28
4.4468
-4.3769
7
4
16
5.0649
-4.9887
11
4
32
6.4627
-6.5794
p = 2473
206 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
19
2.8262
-2.7757
3
7
22
3.4249
-3.4620
5
5
26
4.3663
-4.3234
7
4
36
5.1290
-5.2280
11
4
31
6.4848
-6.6056
p = 2477
207 nodes
19 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.8148
-2.7758
3
8
30
3.3723
-3.4228
5
5
13
4.2630
-4.3604
7
5
41
4.9947
-5.0993
11
4
36
6.2659
-6.3750
p = 2503
209 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
19
2.8099
-2.7910
3
7
14
3.3901
-3.3937
5
6
45
4.4344
-4.3766
7
4
19
5.1294
-4.9903
11
4
24
6.0674
-6.3879
p = 2521
210 nodes
16 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
9
2.7992
-2.7946
3
7
23
3.3989
-3.3439
5
5
30
4.4423
-4.4055
7
4
19
5.2416
-5.0530
11
4
46
6.5063
-6.5016
p = 2531
212 nodes
34 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.8035
-2.8224
3
8
12
3.3514
-3.3956
5
6
18
4.4477
-4.4558
7
5
17
5.1699
-4.9736
11
4
22
6.6229
-6.2551
p = 2539
212 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
12
2.7738
-2.8146
3
7
9
3.4165
-3.4333
5
6
38
4.3973
-4.3654
7
4
12
5.2614
-5.2592
11
4
48
6.3239
-6.1966
p = 2543
213 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
7
2.7933
-2.8105
3
8
20
3.3741
-3.3878
5
6
22
4.2462
-4.3983
7
5
37
5.1813
-5.2687
11
4
13
6.1571
-6.5242
p = 2549
213 nodes
35 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
5
2.8041
-2.8002
3
7
29
3.4103
-3.4176
5
5
10
4.3756
-4.4605
7
5
18
5.1878
-5.1935
11
4
33
6.4300
-6.3970
p = 2551
213 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
15
2.8103
-2.8192
3
8
11
3.4455
-3.4164
5
5
22
4.2571
-4.3602
7
5
9
5.1766
-5.2455
11
4
29
6.4288
-6.3688
p = 2557
213 nodes
9 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
16
2.8108
-2.8149
3
7
38
3.4488
-3.4298
5
5
24
4.3678
-4.3656
7
4
29
5.2085
-5.2365
11
4
44
6.4283
-6.4339
p = 2579
216 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
8
2.7647
-2.8212
3
7
8
3.3943
-3.3457
5
5
23
4.4384
-4.4189
7
5
30
5.2289
-5.1532
11
4
29
6.4176
-6.6134
p = 2591
217 nodes
57 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
5
2.7894
-2.8147
3
8
17
3.4358
-3.4450
5
6
16
4.2820
-4.4016
7
5
15
5.2076
-5.2159
11
4
18
6.4056
-6.3247
p = 2593
216 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
26
2.8157
-2.7960
3
7
22
3.4483
-3.3758
5
5
21
4.4446
-4.2401
7
4
29
5.1362
-5.1485
11
4
43
6.6047
-6.3853
p = 2609
218 nodes
42 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7851
-2.8175
3
8
16
3.4375
-3.4362
5
5
11
4.3464
-4.4692
7
5
26
5.2296
-5.2723
11
4
19
6.3526
-6.4405
p = 2617
218 nodes
16 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
19
2.7853
-2.8203
3
7
18
3.3723
-3.4198
5
5
24
4.3912
-4.3447
7
4
32
5.2450
-5.1563
11
4
40
6.5176
-6.5564
p = 2621
219 nodes
31 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
9
2.8146
-2.7873
3
8
14
3.4240
-3.4062
5
5
13
4.3533
-4.3682
7
5
35
5.2515
-5.2757
11
4
52
6.3788
-6.4250
p = 2633
220 nodes
16 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
13
2.7924
-2.7956
3
7
19
3.3697
-3.3817
5
6
14
4.3555
-4.4207
7
5
66
5.2028
-5.2361
11
4
15
6.2756
-6.5373
p = 2647
221 nodes
15 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
19
2.7720
-2.8096
3
8
20
3.4229
-3.4563
5
6
45
4.2987
-4.3838
7
5
21
5.0884
-5.1291
11
4
23
6.3957
-6.4669
p = 2657
222 nodes
16 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
8
2.7995
-2.7946
3
8
26
3.4169
-3.4390
5
5
19
4.4426
-4.3932
7
5
63
5.0770
-5.1911
11
4
19
6.4404
-6.4686
p = 2659
222 nodes
26 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
14
2.8097
-2.8157
3
7
8
3.4128
-3.4254
5
5
52
4.3956
-4.3621
7
4
13
5.0925
-5.1627
11
4
50
6.4492
-6.5217
p = 2663
223 nodes
43 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.8221
-2.8116
3
8
10
3.3750
-3.4482
5
6
15
4.3299
-4.3066
7
5
45
5.0636
-5.1931
11
4
19
6.4199
-6.2869
p = 2671
223 nodes
23 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
15
2.7878
-2.8050
3
7
12
3.3514
-3.4270
5
5
29
4.3507
-4.3478
7
5
14
5.0673
-5.0983
11
4
40
6.3923
-6.3932
p = 2677
223 nodes
11 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
27
2.8240
-2.8215
3
7
27
3.4587
-3.4053
5
5
19
4.3931
-4.3575
7
4
27
5.1249
-5.1493
11
4
47
6.4875
-6.4070
p = 2683
224 nodes
10 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
21
2.8177
-2.8164
3
7
23
3.3901
-3.4162
5
5
62
4.3704
-4.4133
7
5
15
5.1125
-5.2391
11
4
21
6.5409
-6.3890
p = 2687
225 nodes
51 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
12
2.8121
-2.7951
3
8
12
3.3772
-3.4444
5
5
11
4.3805
-4.4033
7
5
33
5.2533
-4.9144
11
4
13
6.4666
-6.4529
p = 2689
224 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
16
2.8164
-2.7641
3
7
20
3.3871
-3.3777
5
5
33
4.4474
-4.4016
7
4
35
5.1291
-5.1615
11
4
53
6.5540
-6.5253
p = 2693
225 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
11
2.7993
-2.8176
3
8
21
3.4525
-3.4161
5
5
15
4.2494
-4.2548
7
5
56
5.1486
-5.1027
11
4
38
6.4182
-6.4067
p = 2699
226 nodes
30 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
7
2.8082
-2.8120
3
8
12
3.3975
-3.4192
5
5
23
4.2065
-4.3785
7
5
29
5.2272
-5.2470
11
4
23
6.5755
-6.4623
p = 2707
226 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
26
2.8013
-2.8100
3
7
15
3.2861
-3.4131
5
5
32
4.4144
-4.3019
7
4
14
5.1279
-5.2693
11
4
30
6.4358
-6.5385
p = 2711
227 nodes
53 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.8019
-2.8196
3
8
10
3.4393
-3.4146
5
6
15
4.3779
-4.4275
7
5
21
5.2771
-5.1959
11
4
16
6.4338
-6.5369
p = 2713
226 nodes
12 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
12
2.7819
-2.8122
3
7
33
3.3896
-3.4256
5
5
31
4.4015
-4.3427
7
4
37
5.2530
-5.1580
11
4
39
6.4601
-6.4049
p = 2719
227 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
18
2.8010
-2.8128
3
8
7
3.4419
-3.4166
5
5
33
4.4425
-4.3577
7
5
12
5.2856
-5.2568
11
4
44
6.5606
-6.5780
p = 2729
228 nodes
40 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
8
2.8227
-2.8099
3
8
13
3.3686
-3.4555
5
5
9
4.4153
-4.4151
7
5
36
5.2003
-5.2081
11
4
31
6.5769
-6.3111
p = 2731
228 nodes
22 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.7981
-2.7950
3
7
13
3.4321
-3.4312
5
5
50
4.3994
-4.2593
7
4
14
5.1502
-5.2640
11
4
33
6.3091
-6.2890
p = 2741
229 nodes
29 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
6
2.7658
-2.7911
3
8
25
3.4071
-3.4028
5
5
14
4.3689
-4.4275
7
5
31
5.1342
-5.0923
11
4
42
6.5569
-6.2428
p = 2749
229 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
14
2.8106
-2.7812
3
7
17
3.3696
-3.4145
5
5
31
4.3550
-4.2551
7
5
19
5.1435
-5.0645
11
4
85
6.4206
-6.5185
p = 2753
230 nodes
14 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
11
2.8133
-2.7492
3
8
27
3.4431
-3.3705
5
6
13
4.4503
-4.3994
7
5
60
5.2097
-5.1226
11
4
20
6.5764
-6.4067
p = 2767
231 nodes
21 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
11
20
2.7980
-2.8201
3
7
18
3.3571
-3.3746
5
5
41
4.4372
-4.2761
7
5
17
4.9815
-4.9861
11
4
23
6.5116
-6.2835
p = 2777
232 nodes
20 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
10
14
2.7784
-2.7614
3
8
16
3.3912
-3.4602
5
5
12
4.3947
-4.3785
7
5
73
5.2459
-5.1135
11
4
26
6.5033
-6.3158
p = 2789
233 nodes
41 spinal nodes
\(\ell\)
diameter
\(c_\ell\)
\(\lambda_2\)
\(\lambda_n\)
2
12
7
2.8124
-2.8116
3
8
11
3.3569
-3.4360
5
5
14
4.3504
-4.2734
7
5
30
5.2231
-5.2560
11
4
49
6.5636
-6.6056
See our about page for contribution and citation details.
The Isogeny Database.