Computer-Assisted Proof of the Main Theorem of 'The Classification of Branched Willmore Spheres in the $3$-Sphere and the $4$-Sphere'
Alexis Michelat, Tristan Rivi\`ere

TL;DR
This paper presents a computer-assisted proof confirming the holomorphy of specific meromorphic differentials in the classification of branched Willmore spheres in 3- and 4-spheres, utilizing Sage software.
Contribution
It introduces a novel computer-assisted approach to verify complex differential properties in geometric classification problems.
Findings
Confirmed holomorphy of quartic and octic differentials
Validated theoretical results using computational methods
Enhanced reliability of classification via computer verification
Abstract
We provide a computer-assisted proof of the holomorphy of the quartic and the octic meromorphic differentials arising in the main Theorem 4.11 of our paper 'The Classification of Branched Willmore spheres in the -Sphere and the -Sphere' (arXiv:1706.01405), using the free mathematical software Sage.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · Black Holes and Theoretical Physics · Geometry and complex manifolds
