On plus–one generated arrangements of plane conics

Abstract In this paper, we examine the combinatorial properties of conic arrangements in the complex projective plane that possess certain quasi–homogeneous singularities. First, we introduce a new tool that enables us to characterize the property of being plus–one generated within the class of conic arrangements with some naturally chosen quasi–homogeneous singularities. Next, we present a classification result on plus–one generated conic arrangements admitting only nodes and tacnodes as singularities. Building on results regarding conic arrangements with nodes and tacnodes, we present new examples of strong Ziegler pairs of conic-line arrangements – that is, arrangements having the same strong combinatorics but distinct derivation modules.

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Publication Details

Journal
Geometriae Dedicata
Published
2026-01-21
DOI
https://doi.org/10.1007/s10711-025-01063-w
Primary Topic
Advanced Combinatorial Mathematics
Type
article
Field-Weighted Citation Impact
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article

On plus–one generated arrangements of plane conics

Piotr Pokora, Artur Bromboszcz, Bartosz Jarosławski
Geometriae Dedicata
Advanced Combinatorial Mathematics
article

On plus–one generated arrangements of plane conics

Piotr Pokora, Artur Bromboszcz, Bartosz Jarosławski
article en

Abstract

Abstract In this paper, we examine the combinatorial properties of conic arrangements in the complex projective plane that possess certain quasi–homogeneous singularities. First, we introduce a new tool that enables us to characterize the property of being plus–one generated within the class of conic arrangements with some naturally chosen quasi–homogeneous singularities. Next, we present a classification result on plus–one generated conic arrangements admitting only nodes and tacnodes as singularities. Building on results regarding conic arrangements with nodes and tacnodes, we present new examples of strong Ziegler pairs of conic-line arrangements – that is, arrangements having the same strong combinatorics but distinct derivation modules.

Geometriae DedicataVol. 220(1)
University School of Physical Education in Kraków (PL)
Openalex Percentile: Top 98%
Advanced Combinatorial Mathematics
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