Low degree points on singular plane curves
Zachary R. Canale, Nathan Chen, Zoe Curewitz, Jacob A. Daum, Karina Dovgodko, Carlos F. Santiago-Calder\'on, and Shiv R. Yajnik

TL;DR
This paper investigates low degree points on singular plane curves, establishing results similar to prior work for curves with a limited number of nodes and cusps, bounded quadratically by the degree.
Contribution
It extends existing theories to singular plane curves with bounded singularities, providing new bounds and analogues of classical results.
Findings
Results analogous to Debarre and Klassen for singular curves
Bound on the number of singularities quadratic in degree
New bounds for low degree points on singular plane curves
Abstract
The purpose of this paper is to study low degree points on plane curves. We prove results analogous to those of Debarre and Klassen for singular plane curves with a finite number of ordinary nodes/cusps, where is bounded from above by a quadratic function in the degree of the plane curve.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · Geometry and complex manifolds · Meromorphic and Entire Functions
