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1. Verfasser: Aburto, José Alejandro
Format: Preprint
Veröffentlicht: 2026
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Online-Zugang:https://arxiv.org/abs/2603.12393
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author Aburto, José Alejandro
author_facet Aburto, José Alejandro
contents We prove that, under certain geometric conditions, that only \(m-1\) different non-degenerate \((m+2)\)-secant \(m\)-planes plus one degenerate \((m+2)\)-secant \(m\)-plane to the Kummer variety implies the existence of a curve of ${(m+2)}$-secants to the Kummer variety. This is done by constructing a set of equations in terms of theta functions from the germ of a curve on the described points. The relation between those equations allows to proceed by induction to get the entire desired curve since the first of them is equivalent to the hypothesis that we ask.
format Preprint
id arxiv_https___arxiv_org_abs_2603_12393
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle A Curve of Secants to the Kummer Variety from Degenerate Points
Aburto, José Alejandro
Algebraic Geometry
14K25, 14H40 (Primary)
We prove that, under certain geometric conditions, that only \(m-1\) different non-degenerate \((m+2)\)-secant \(m\)-planes plus one degenerate \((m+2)\)-secant \(m\)-plane to the Kummer variety implies the existence of a curve of ${(m+2)}$-secants to the Kummer variety. This is done by constructing a set of equations in terms of theta functions from the germ of a curve on the described points. The relation between those equations allows to proceed by induction to get the entire desired curve since the first of them is equivalent to the hypothesis that we ask.
title A Curve of Secants to the Kummer Variety from Degenerate Points
topic Algebraic Geometry
14K25, 14H40 (Primary)
url https://arxiv.org/abs/2603.12393