Bubble classification of immersions at the boundary of the moduli space with $8π$ Willmore energy

Fuente: arXiv
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Autores principales: Scharrer, Christian, Schlierf, Manuel, West, Alexander
Formato: Preprint
Publicado: 2026
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author Scharrer, Christian
Schlierf, Manuel
West, Alexander
author_facet Scharrer, Christian
Schlierf, Manuel
West, Alexander
contents We study the asymptotic bubbling behavior of sequences of weak genus-$p$ immersions with diverging conformal classes and limiting Willmore energy of $8π$. After applying suitable Möbius transformations, in a strong $W^{2,2}_{\mathrm{loc}}$-limit, we obtain two round spheres at the largest scale and $p+1$ catenoids at the smallest scales. Moreover, we apply this classification to sequences of isoperimetrically, conformally and normalized-total-mean-curvature constrained Willmore minimizers when the constraints approach the boundary of the domain where minimizers exist, respectively.
format Preprint
id arxiv_https___arxiv_org_abs_2604_05932
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Bubble classification of immersions at the boundary of the moduli space with $8π$ Willmore energy
Scharrer, Christian
Schlierf, Manuel
West, Alexander
Differential Geometry
53C42, 53A30, 49Q10
We study the asymptotic bubbling behavior of sequences of weak genus-$p$ immersions with diverging conformal classes and limiting Willmore energy of $8π$. After applying suitable Möbius transformations, in a strong $W^{2,2}_{\mathrm{loc}}$-limit, we obtain two round spheres at the largest scale and $p+1$ catenoids at the smallest scales. Moreover, we apply this classification to sequences of isoperimetrically, conformally and normalized-total-mean-curvature constrained Willmore minimizers when the constraints approach the boundary of the domain where minimizers exist, respectively.
title Bubble classification of immersions at the boundary of the moduli space with $8π$ Willmore energy
topic Differential Geometry
53C42, 53A30, 49Q10
url https://arxiv.org/abs/2604.05932