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Main Author: Huang, Shanxiao
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2408.10546
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author Huang, Shanxiao
author_facet Huang, Shanxiao
contents Analogue to Fontaine's computation for $Ω_{\bar{\mathbb{Z}}_p/\mathbb{Z}_p}$, we compute the structure of $Ω_{\mathcal{O}_{\bar{K}_0}/\mathcal{O}_{K_0}}$ (here $K_0$ is the completion of $\mathbb{Q}_p(T)$ at place $p$) and prove that $p^{1-1/p^n}\mathrm{d}p^{1/p^n}$, $T^{1-1/p^n}\mathrm{d}T^{1/p^n}$ and $S^{1-1/p^n}\mathrm{d}S^{1/p^n}$ are linearly dependent (Here $S := 1-T$). The main aim of this article is to find the linear equations for these three differential forms. Then we define a map which is called "differential version" of Fontaine's map to express the equations in a computable way. Finally, we prove that the coefficients in the equation can be expressed in some polynomial forms and compute some examples.
format Preprint
id arxiv_https___arxiv_org_abs_2408_10546
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Coordinate Transformation in Faltings' Extension
Huang, Shanxiao
Representation Theory
Algebraic Geometry
Number Theory
Analogue to Fontaine's computation for $Ω_{\bar{\mathbb{Z}}_p/\mathbb{Z}_p}$, we compute the structure of $Ω_{\mathcal{O}_{\bar{K}_0}/\mathcal{O}_{K_0}}$ (here $K_0$ is the completion of $\mathbb{Q}_p(T)$ at place $p$) and prove that $p^{1-1/p^n}\mathrm{d}p^{1/p^n}$, $T^{1-1/p^n}\mathrm{d}T^{1/p^n}$ and $S^{1-1/p^n}\mathrm{d}S^{1/p^n}$ are linearly dependent (Here $S := 1-T$). The main aim of this article is to find the linear equations for these three differential forms. Then we define a map which is called "differential version" of Fontaine's map to express the equations in a computable way. Finally, we prove that the coefficients in the equation can be expressed in some polynomial forms and compute some examples.
title Coordinate Transformation in Faltings' Extension
topic Representation Theory
Algebraic Geometry
Number Theory
url https://arxiv.org/abs/2408.10546