On the classification of certain geproci sets

Fuente: arXiv
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Hauptverfasser: Chiantini, Luca, Farnik, Lucja, Favacchio, Giuseppe, Harbourne, Brian, Migliore, Juan, Szemberg, Tomasz, Szpond, Justyna
Format: Preprint
Veröffentlicht: 2023
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author Chiantini, Luca
Farnik, Lucja
Favacchio, Giuseppe
Harbourne, Brian
Migliore, Juan
Szemberg, Tomasz
Szpond, Justyna
author_facet Chiantini, Luca
Farnik, Lucja
Favacchio, Giuseppe
Harbourne, Brian
Migliore, Juan
Szemberg, Tomasz
Szpond, Justyna
contents In this short note we develop new methods toward the ultimate goal of classifying geproci sets in $\mathbb P^3$. We apply these methods to show that among sets of $16$ points distributed evenly on $4$ skew lines, up to projective equivalence there are only two distinct geproci sets. We give different geometric distinctions between these sets. The methods we develop here can be applied in a more general set-up; this is the context of the follow-up work arXiv:2308.00761.
format Preprint
id arxiv_https___arxiv_org_abs_2303_16263
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle On the classification of certain geproci sets
Chiantini, Luca
Farnik, Lucja
Favacchio, Giuseppe
Harbourne, Brian
Migliore, Juan
Szemberg, Tomasz
Szpond, Justyna
Algebraic Geometry
Combinatorics
14M05 and 14M10 and 14N05 and 14N20
In this short note we develop new methods toward the ultimate goal of classifying geproci sets in $\mathbb P^3$. We apply these methods to show that among sets of $16$ points distributed evenly on $4$ skew lines, up to projective equivalence there are only two distinct geproci sets. We give different geometric distinctions between these sets. The methods we develop here can be applied in a more general set-up; this is the context of the follow-up work arXiv:2308.00761.
title On the classification of certain geproci sets
topic Algebraic Geometry
Combinatorics
14M05 and 14M10 and 14N05 and 14N20
url https://arxiv.org/abs/2303.16263