Computing the Roots of Twisting Sheaves over the Projective Line arising from Monodromy Representations

Fuente: arXiv
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Autore principale: Yépez, Diego
Natura: Preprint
Pubblicazione: 2025
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author Yépez, Diego
author_facet Yépez, Diego
contents Given a monodromy representation $ρ$ of the projective line minus $m$ points, one can extend the resulting vector bundle with connection map canonically to a vector bundle with logarithmic connection map over all of the projective line. Now, since vector bundles split as twisting sheaves over the projective line, the focus of this work regards knowing the exact decomposition; i.e. computing the roots. Particularly, we compute the roots for all finite-dimensional $ρ$ when $m = 2$ and for all $ρ$ of dimension less than $3$ when $m = 3$.
format Preprint
id arxiv_https___arxiv_org_abs_2501_01006
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Computing the Roots of Twisting Sheaves over the Projective Line arising from Monodromy Representations
Yépez, Diego
Algebraic Geometry
Complex Variables
14F06, 32L10
Given a monodromy representation $ρ$ of the projective line minus $m$ points, one can extend the resulting vector bundle with connection map canonically to a vector bundle with logarithmic connection map over all of the projective line. Now, since vector bundles split as twisting sheaves over the projective line, the focus of this work regards knowing the exact decomposition; i.e. computing the roots. Particularly, we compute the roots for all finite-dimensional $ρ$ when $m = 2$ and for all $ρ$ of dimension less than $3$ when $m = 3$.
title Computing the Roots of Twisting Sheaves over the Projective Line arising from Monodromy Representations
topic Algebraic Geometry
Complex Variables
14F06, 32L10
url https://arxiv.org/abs/2501.01006