Cremona's table of elliptic curves

Conductor 36456

36456 = 23 · 3 · 72 · 31



Isogeny classes of curves of conductor 36456 [newforms of level 36456]

Class r Atkin-Lehner Eigenvalues
36456a (1 curve) 0 2+ 3+ 7- 31+ 2+ 3+  0 7- -1 -4 -3 -5
36456b (2 curves) 0 2+ 3+ 7- 31+ 2+ 3+  0 7-  2  2  6 -8
36456c (1 curve) 0 2+ 3+ 7- 31+ 2+ 3+  3 7-  0 -3  4 -6
36456d (1 curve) 0 2+ 3+ 7- 31+ 2+ 3+  3 7- -6  0  4  3
36456e (2 curves) 0 2+ 3+ 7- 31+ 2+ 3+ -4 7-  2 -6  6  0
36456f (2 curves) 1 2+ 3+ 7- 31- 2+ 3+  0 7-  2 -6  6  0
36456g (2 curves) 1 2+ 3+ 7- 31- 2+ 3+  2 7-  0  2  6 -6
36456h (4 curves) 1 2+ 3+ 7- 31- 2+ 3+  2 7-  4  2 -6 -4
36456i (1 curve) 1 2+ 3+ 7- 31- 2+ 3+  3 7- -4  3  0  0
36456j (1 curve) 1 2+ 3- 7+ 31- 2+ 3-  0 7+ -1  4  3  5
36456k (2 curves) 1 2+ 3- 7- 31+ 2+ 3-  0 7-  2  2  2 -2
36456l (2 curves) 1 2+ 3- 7- 31+ 2+ 3-  0 7-  2  6 -6  0
36456m (1 curve) 1 2+ 3- 7- 31+ 2+ 3- -3 7- -4 -3  0  0
36456n (1 curve) 0 2+ 3- 7- 31- 2+ 3-  1 7-  0  6  0  3
36456o (1 curve) 0 2+ 3- 7- 31- 2+ 3-  1 7-  3  3 -1  5
36456p (2 curves) 0 2+ 3- 7- 31- 2+ 3-  4 7-  2  6 -6  0
36456q (2 curves) 0 2+ 3- 7- 31- 2+ 3-  4 7-  6  6  6 -6
36456r (2 curves) 1 2- 3+ 7- 31+ 2- 3+  0 7- -2  6 -2 -4
36456s (1 curve) 0 2- 3+ 7- 31- 2- 3+  1 7- -4  2  0 -1
36456t (4 curves) 0 2- 3+ 7- 31- 2- 3+  2 7-  4  2 -2  8
36456u (1 curve) 0 2- 3+ 7- 31- 2- 3+  2 7- -5 -4  1 -1
36456v (4 curves) 0 2- 3+ 7- 31- 2- 3+ -2 7-  4 -2  2 -4
36456w (1 curve) 1 2- 3- 7+ 31+ 2- 3- -2 7+ -5  4 -1  1
36456x (1 curve) 0 2- 3- 7- 31+ 2- 3- -1 7- -2 -4  4  7
36456y (1 curve) 0 2- 3- 7- 31+ 2- 3- -1 7-  3  1 -1 -3
36456z (4 curves) 0 2- 3- 7- 31+ 2- 3-  2 7-  0 -2  2  0
36456ba (2 curves) 1 2- 3- 7- 31- 2- 3-  0 7- -2  2  2 -4
36456bb (1 curve) 1 2- 3- 7- 31- 2- 3- -1 7-  0  7 -8  6
36456bc (1 curve) 1 2- 3- 7- 31- 2- 3-  3 7- -5 -1 -1 -7
36456bd (1 curve) 1 2- 3- 7- 31- 2- 3- -3 7-  4  2  8 -1
36456be (2 curves) 1 2- 3- 7- 31- 2- 3- -4 7-  6 -2 -2  0


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

Part of Computational Number Theory
Back to Tables and computations