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curve #611

y2 + xy = x3 − 274386427944454351871655490254942322550862838x + 1722908657811417707084934239543814120584585527478509970094236694692
a-invariants
[1, 0, 0, -274386427944454351871655490254942322550862838, 1722908657811417707084934239543814120584585527478509970094236694692]
rank (lower bound)
≥ 23
torsion subgroup
trivial
conductor (N)
3261524370448400850741938215757874717270759482136046406283953702184984006167703424017646575849989807834550
discriminant (Δ)
39755843575447047030216301023066961976032621353051073652934586644921344906295501718761565238591425945056760471223203103675480494080000
Faltings height
24.4321
naive height
318.5829
primes of bad reduction
2, 3, 5, 7, 13, 17, 29, 31, 37, 149, 179, 197, 164839, 1928184310704543822344487145271052708611, 36146442251229899097692959698340776901842157
regulator
62840125966300404664264429.4698538261943122848784383516596302332252694039048030969157
submitted by
Bhavik Mehta
submitted at
last updated

Witness: 23 independent points log in to add more points →

Commentary

Found by specializing Noam D. Elkies's rank-17 elliptic K3 fibration (arXiv:2608.25406) at t = -2446/403. The 6 points beyond the seventeen generic sections come from the surface's rational quadratic sections: writing x_tau = a/c^2 and y_tau = b/c^3 for a trace of height 10, the slope of the bisection is forced to be kappa/c with kappa = -b*a^(-1) mod c^2 of degree 5, so each section's point on this fibre is obtained by one polynomial evaluation and one square test rather than by any search. Claimed lower bound: rank >= 23.

last edited by Bhavik Mehta at · history

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