Extensions of homogeneous distributions on deformations to the normal cone

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1. Verfasser: Chamoux, Moudrik
Format: Preprint
Veröffentlicht: 2025
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author Chamoux, Moudrik
author_facet Chamoux, Moudrik
contents On a deformation to the normal cone $\operatorname{DNC}(M,V)$ we show that given a distribution $u\in\mathcal{D}'(\operatorname{DNC}(M,V)\setminus V\times\mathbb{R})$ if $u$ is homogeneous of order $a$ for the zoom action, then it admits an $a$-homogeneous extension $\widetilde{u}\in\mathcal{D}'(\operatorname{DNC}(M,V))$. We describe all such extensions and discuss briefly about how it translates to the work of Van Erp and Yuncken in arXiv:2303.15787 . The technique used come from the results on the extension of weakly homogeneous distributions provided by Yves Meyer in the 90s.
format Preprint
id arxiv_https___arxiv_org_abs_2505_22885
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Extensions of homogeneous distributions on deformations to the normal cone
Chamoux, Moudrik
Differential Geometry
Functional Analysis
On a deformation to the normal cone $\operatorname{DNC}(M,V)$ we show that given a distribution $u\in\mathcal{D}'(\operatorname{DNC}(M,V)\setminus V\times\mathbb{R})$ if $u$ is homogeneous of order $a$ for the zoom action, then it admits an $a$-homogeneous extension $\widetilde{u}\in\mathcal{D}'(\operatorname{DNC}(M,V))$. We describe all such extensions and discuss briefly about how it translates to the work of Van Erp and Yuncken in arXiv:2303.15787 . The technique used come from the results on the extension of weakly homogeneous distributions provided by Yves Meyer in the 90s.
title Extensions of homogeneous distributions on deformations to the normal cone
topic Differential Geometry
Functional Analysis
url https://arxiv.org/abs/2505.22885