Cremona's table of elliptic curves

Conductor 37488

37488 = 24 · 3 · 11 · 71



Isogeny classes of curves of conductor 37488 [newforms of level 37488]

Class r Atkin-Lehner Eigenvalues
37488a (1 curve) 1 2+ 3+ 11+ 71+ 2+ 3+ -1  1 11+ -5  7 -4
37488b (1 curve) 1 2+ 3+ 11+ 71+ 2+ 3+ -3  1 11+ -5 -3  6
37488c (1 curve) 1 2+ 3+ 11+ 71+ 2+ 3+ -3  5 11+ -1 -7 -2
37488d (2 curves) 0 2+ 3+ 11+ 71- 2+ 3+  2 -2 11+  2  0 -4
37488e (2 curves) 0 2+ 3+ 11+ 71- 2+ 3+  2 -2 11+ -4  6 -4
37488f (1 curve) 0 2+ 3+ 11+ 71- 2+ 3+ -3 -1 11+  1  3  2
37488g (1 curve) 2 2+ 3+ 11+ 71- 2+ 3+ -3 -3 11+  3 -3 -2
37488h (1 curve) 1 2+ 3+ 11- 71- 2+ 3+  1  3 11- -3 -1  2
37488i (1 curve) 0 2+ 3- 11+ 71+ 2+ 3-  1  5 11+ -1 -3  8
37488j (1 curve) 0 2+ 3- 11+ 71+ 2+ 3- -1 -3 11+ -1  3  0
37488k (2 curves) 1 2+ 3- 11+ 71- 2+ 3-  2  2 11+  4 -2  0
37488l (4 curves) 1 2+ 3- 11- 71+ 2+ 3- -2  0 11-  2 -2  4
37488m (2 curves) 0 2- 3+ 11+ 71+ 2- 3+ -2  0 11+  0  4 -2
37488n (1 curve) 1 2- 3+ 11+ 71- 2- 3+ -1  1 11+  1 -3  0
37488o (4 curves) 1 2- 3+ 11+ 71- 2- 3+ -2 -4 11+ -2 -2  4
37488p (2 curves) 1 2- 3+ 11+ 71- 2- 3+ -3  1 11+  5  3  4
37488q (1 curve) 1 2- 3+ 11- 71+ 2- 3+  1  3 11- -3  7 -2
37488r (1 curve) 2 2- 3+ 11- 71- 2- 3+  1 -3 11- -5 -3 -6
37488s (2 curves) 0 2- 3+ 11- 71- 2- 3+ -2  0 11-  4  0  6
37488t (1 curve) 0 2- 3+ 11- 71- 2- 3+  3 -1 11- -1  7  8
37488u (2 curves) 2 2- 3+ 11- 71- 2- 3+ -3  1 11- -1 -3 -2
37488v (1 curve) 1 2- 3- 11+ 71+ 2- 3-  1  3 11+ -5  5 -6
37488w (1 curve) 1 2- 3- 11+ 71+ 2- 3-  1  5 11+  1 -5 -6
37488x (1 curve) 1 2- 3- 11+ 71+ 2- 3- -1 -3 11+  3 -1  4
37488y (4 curves) 1 2- 3- 11+ 71+ 2- 3- -2  0 11+ -2  2  0
37488z (1 curve) 1 2- 3- 11+ 71+ 2- 3- -3  1 11+ -5 -3  4
37488ba (2 curves) 0 2- 3- 11- 71+ 2- 3-  2 -2 11- -6 -4 -4
37488bb (1 curve) 0 2- 3- 11- 71+ 2- 3- -3  3 11- -1  1  6
37488bc (1 curve) 1 2- 3- 11- 71- 2- 3-  1 -1 11-  7 -3  2
37488bd (1 curve) 1 2- 3- 11- 71- 2- 3-  3  3 11- -5 -5  4


Data from Elliptic Curve Data by J. E. Cremona.
Design inspired by The Modular Forms Explorer by William Stein.

Part of Computational Number Theory
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