Elliptic Curve Rank Leaderboard

curve #628

y2 + xy + y = x3 − x2 − 12863021937989197442572245103869706866325173191505x + 17802205930101377427150906610708284800466302835899765794079393280105836097
a-invariants
[1, -1, 1, -12863021937989197442572245103869706866325173191505, 17802205930101377427150906610708284800466302835899765794079393280105836097]
rank (lower bound)
≥ 27
torsion subgroup
trivial
conductor (N)
626331835852237837959942160026415058213286411653252011129135977016421858574282246171665388209084791081551835278559332642950
discriminant (Δ)
-698803764333922225881452682703627988473575385055139144321696385420459618811963213599318605839675657668786479665115883391213066301636816763473920000
Faltings height
27.0467
naive height
350.8540
primes of bad reduction
2, 5, 7, 13, 37, 61, 89, 149, 179, 4919, 526689608973452707, 1297327695885285412767490764778583, 7644533052528481157308027511138991115839138041559182477
regulator
35743860320941141662851642470301.598384221193797810458962096346551288551908088639280181999648
submitted by
Roy van Rijn
submitted at
later contributions
  • primes of bad reduction recorded · Roy van Rijn ·

Witness: 27 independent points log in to add more points →

Commentary

This curve was found prospectively as the specialization t = 4286/1881 of an elliptic K3 family with generic Mordell–Weil rank 17. We found 27 independent rational points on the specialized curve, proving rank at least 27 over Q; the exact rank is not currently known. The submitted equation is a globally minimal integral Weierstrass model. In this presentation, the specialization has 10 independent directions beyond the 17 generic sections.

last edited by Roy van Rijn at · history

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