The zeta-determinants and anlaytic torsion of a metric mapping torus

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1. Verfasser: Lee, Yoonweon
Format: Preprint
Veröffentlicht: 2024
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author Lee, Yoonweon
author_facet Lee, Yoonweon
contents We use the BFK-gluing formula for zeta-determinants to compute the zeta-determinant and analytic torsion of a metric mapping torus induced from an isometry. As applications, we compute the zeta-determinants of the Laplacians defined on a Klein bottle ${\mathbb K}$ and some compact co-Kähler manifold ${\mathbb T}_φ$. We also show that a metric mapping torus and a Riemannian product manifold with a round circle have the same heat trace asymptotic expansions. We finally compute the analytic torsion of a metric mapping torus for the Witten deformed Laplacian and recover the result of J. Marcsik in \cite{Ma}.
format Preprint
id arxiv_https___arxiv_org_abs_2407_06609
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle The zeta-determinants and anlaytic torsion of a metric mapping torus
Lee, Yoonweon
Differential Geometry
58J52
We use the BFK-gluing formula for zeta-determinants to compute the zeta-determinant and analytic torsion of a metric mapping torus induced from an isometry. As applications, we compute the zeta-determinants of the Laplacians defined on a Klein bottle ${\mathbb K}$ and some compact co-Kähler manifold ${\mathbb T}_φ$. We also show that a metric mapping torus and a Riemannian product manifold with a round circle have the same heat trace asymptotic expansions. We finally compute the analytic torsion of a metric mapping torus for the Witten deformed Laplacian and recover the result of J. Marcsik in \cite{Ma}.
title The zeta-determinants and anlaytic torsion of a metric mapping torus
topic Differential Geometry
58J52
url https://arxiv.org/abs/2407.06609