IWASAWA THEORY OF GRAPHS AND THEIR DUALS

Abstract In this article, we study questions pertaining to ramified Z p d $\mathbb {Z}_p^d$ double struck upper Z Subscript p Superscript d -extensions of a finite connected graph X $X$ upper X . Let X ∞ $X_\infty $ upper X Subscript infinity denote a Z p d $\mathbb {Z}_p^d$ double struck upper Z Subscript p Superscript d ramified derived graph of X $X$ upper X (with d ≥ 1 $d\geq 1$ d greater than or equals 1 ) and Λ $\Lambda $ normal upper Lamda denote the associated Iwasawa algebra. We first prove an asymptotic growth formula in this general setting and show that it is possible to interpret the characteristic ideal of Pic Λ ( X ∞ ) $\mathrm {Pic}_{\Lambda }(X_\infty )$

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Publication Details

Journal
Journal of the Australian Mathematical Society
Published
2026-09-07
DOI
https://doi.org/10.1017/s1446788726101633
Primary Topic
Graph theory and applications
Type
article
Field-Weighted Citation Impact
0.00

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article

IWASAWA THEORY OF GRAPHS AND THEIR DUALS

Debanjana Kundu, Katharina Müller
Journal of the Australian Mathematical Society
Graph theory and applications
article

IWASAWA THEORY OF GRAPHS AND THEIR DUALS

Debanjana Kundu, Katharina Müller
article en

Abstract

Abstract In this article, we study questions pertaining to ramified Z p d $\mathbb {Z}_p^d$ double struck upper Z Subscript p Superscript d -extensions of a finite connected graph X $X$ upper X . Let X ∞ $X_\infty $ upper X Subscript infinity denote a Z p d $\mathbb {Z}_p^d$ double struck upper Z Subscript p Superscript d ramified derived graph of X $X$ upper X (with d ≥ 1 $d\geq 1$ d greater than or equals 1 ) and Λ $\Lambda $ normal upper Lamda denote the associated Iwasawa algebra. We first prove an asymptotic growth formula in this general setting and show that it is possible to interpret the characteristic ideal of Pic Λ ( X ∞ ) $\mathrm {Pic}_{\Lambda }(X_\infty )$

Journal of the Australian Mathematical Society
University of Regina (CA), Universität der Bundeswehr München (DE)
Natural Sciences and Engineering Research Council of Canada
Openalex Percentile: Top 94%
Graph theory and applications
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