The elliptic torsion anomalous conjecture in codimension 2
Patrik Hubschmid, Evelina Viada

TL;DR
This paper proves the torsion anomalous conjecture for codimension 2 varieties in products of elliptic curves, extending previous results known only for CM elliptic curves, and provides effective height bounds.
Contribution
It establishes the conjecture for a broader class of elliptic curves and offers explicit bounds on the heights of maximal torsion anomalous varieties.
Findings
Proved the torsion anomalous conjecture for codimension 2 in E^N.
Extended known results from CM to non-CM elliptic curves.
Provided effective bounds on the heights of anomalous varieties.
Abstract
The torsion anomalous conjecture states that for any variety V in an abelian variety there are only finitely many maximal V-torsion anomalous varieties. We prove this conjecture for V of codimension 2 in a product E^N of any elliptic curve E. This was known only when E has CM. We also give an effective upper bound for the normalized height of these maximal V-torsion anomalous varieties.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · Polynomial and algebraic computation · Cryptography and Residue Arithmetic
