Embedding properties of linear series on hyperelliptic varieties
Seshadri Chintapalli, Jaya NN Iyer

TL;DR
This paper explores the embedding properties of linear series on hyperelliptic varieties, establishing analogues of classical theorems and analyzing syzygy properties for line bundles.
Contribution
It introduces new analogues of embedding theorems and syzygy properties for hyperelliptic varieties, extending classical results from abelian varieties.
Findings
Proved analogues of Lefschetz's embedding theorem for hyperelliptic varieties.
Established higher k-jet embedding theorems in this context.
Derived syzygy properties for powers of ample line bundles.
Abstract
In this paper, we investigate linear systems on hyperelliptic varieties. We prove analogues of well-known theorems on abelian varieties, like Lefschetz's embedding theorem and higher k-jet embedding theorems. Syzygy or -properties are also deduced for appropriate powers of ample line bundles.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · Advanced Algebra and Geometry · Polynomial and algebraic computation
