Cremona's table of elliptic curves

3393 = 3² · 13 · 29

Class	r	Atkin-Lehner	Eigenvalues
3393a (1 curve)	0	3+ 13- 29+	2 3+ -1  0 -2 13-  7  8
Curve Equation t 3393a1 [0,0,1,-35283,2550917] 1
3393b (1 curve)	0	3+ 13- 29+	2 3+  3  0  6 13- -1  0
Curve Equation t 3393b1 [0,0,1,-321,-2361] 1
3393c (1 curve)	1	3+ 13- 29-	-2 3+  1  0  2 13- -7  8
Curve Equation t Generators 3393c1 [0,0,1,-317547,-68874766] 1 [454995:27099932:125]
3393d (1 curve)	1	3+ 13- 29-	-2 3+ -3  0 -6 13-  1  0
Curve Equation t Generators 3393d1 [0,0,1,-2889,63740] 1 [12:175:1]
3393e (2 curves)	1	3- 13+ 29-	1 3-  0  0  4 13+ -6  2
Curve Equation t Generators 3393e1 [1,-1,0,108,-221] 2 [146:1691:1] 3393e2 [1,-1,0,-477,-1508] 2 [-4:20:1]
3393f (1 curve)	1	3- 13- 29+	0 3- -1 -2  4 13- -5  4
Curve Equation t Generators 3393f1 [0,0,1,-48,135] 1 [5:4:1]
3393g (4 curves)	1	3- 13- 29+	-1 3-  2  0  4 13- -2 -4
Curve Equation t Generators 3393g1 [1,-1,1,-74,-224] 2 [20:67:1] 3393g2 [1,-1,1,-119,118] 4 [-8:26:1] 3393g3 [1,-1,1,-1424,20998] 2 [26:19:1] 3393g4 [1,-1,1,466,586] 2 [5:52:1]

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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