A gluing construction of projective K3 surfaces
Takayuki Koike, Takato Uehara

TL;DR
This paper presents a novel construction of a non-Kummer projective K3 surface with compact Levi-flats by holomorphically patching two complex surfaces derived from blow-ups of the projective plane.
Contribution
It introduces a new gluing method to construct specific K3 surfaces with Levi-flat structures, expanding the understanding of their complex geometry.
Findings
Constructed a non-Kummer projective K3 surface with Levi-flats.
Demonstrated holomorphic patching of complex surfaces from blow-ups.
Provided new examples of K3 surfaces with special geometric features.
Abstract
We construct a non-Kummer projective K3 surface which admits compact Levi-flats by holomorphically patching two open complex surfaces obtained as the complements of tubular neighborhoods of elliptic curves embedded in blow-ups of the projective plane at nine general points.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · Advanced Algebra and Geometry · Analytic Number Theory Research
