Cremona's table of elliptic curves

4026 = 2 · 3 · 11 · 61

Class	r	Atkin-Lehner	Eigenvalues
4026a (1 curve)	0	2+ 3+ 11+ 61-	2+ 3+  1 -2 11+ -1  0  0
Curve Equation t 4026a1 [1,1,0,-82,-332] 1
4026b (2 curves)	0	2+ 3- 11+ 61+	2+ 3-  4  4 11+  6 -6  0
Curve Equation t 4026b1 [1,0,1,10816,2204174] 2 4026b2 [1,0,1,-202144,32870414] 2
4026c (2 curves)	1	2+ 3- 11+ 61-	2+ 3-  3 -4 11+  2  3 -4
Curve Equation t Generators 4026c1 [1,0,1,1093,1195742] 3 [270:4468:1] 4026c2 [1,0,1,-9842,-32287228] 1 [2460:120556:1]
4026d (1 curve)	0	2+ 3- 11- 61-	2+ 3-  3 -4 11- -6  3 -4
Curve Equation t 4026d1 [1,0,1,-62,-208] 1
4026e (2 curves)	0	2+ 3- 11- 61-	2+ 3-  4  0 11-  2  2  4
Curve Equation t 4026e1 [1,0,1,-4,14] 2 4026e2 [1,0,1,-114,454] 2
4026f (1 curve)	0	2- 3+ 11+ 61+	2- 3+ -1  2 11+ -3  8  4
Curve Equation t 4026f1 [1,1,1,5104,1980017] 1
4026g (1 curve)	0	2- 3+ 11+ 61+	2- 3+  3  2 11+ -3  0 -4
Curve Equation t 4026g1 [1,1,1,114746,3624899] 1
4026h (2 curves)	0	2- 3+ 11- 61-	2- 3+  2  4 11-  2  6 -6
Curve Equation t 4026h1 [1,1,1,-22,131] 2 4026h2 [1,1,1,-562,4883] 2
4026i (4 curves)	0	2- 3- 11+ 61-	2- 3-  0 -4 11+  2  6 -4
Curve Equation t 4026i1 [1,0,0,-1843,32225] 6 4026i2 [1,0,0,-30003,1997793] 6 4026i3 [1,0,0,10637,21281] 2 4026i4 [1,0,0,-42603,159705] 2
4026j (2 curves)	0	2- 3- 11- 61+	2- 3-  2  0 11- -2  6 -2
Curve Equation t 4026j1 [1,0,0,-2,-60] 2 4026j2 [1,0,0,-242,-1452] 2

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

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