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Main Authors: Voss, Henning U., Ballon, Douglas J.
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2403.16891
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author Voss, Henning U.
Ballon, Douglas J.
author_facet Voss, Henning U.
Ballon, Douglas J.
contents It is shown on the examples of Moore and Gosper curves that two spatially shifted or twisted, pre-asymptotic space-filling curves can produce large-scale superstructures akin to moiré patterns. To study physical phenomena emerging from these patterns, a geometrical coupling coefficient based on the Neumann integral is introduced. It is found that moiré patterns appear most defined at the peaks of those coefficients. A physical interpretation of these coefficients as a measure for inductive coupling between radiofrequency resonators leads to a design principle for strongly overlapping resonators with vanishing mutual inductance, which might be interesting for applications in MRI. These findings are demonstrated in graphical, numerical, and physical experiments.
format Preprint
id arxiv_https___arxiv_org_abs_2403_16891
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Moiré patterns of space-filling curves
Voss, Henning U.
Ballon, Douglas J.
Applied Physics
It is shown on the examples of Moore and Gosper curves that two spatially shifted or twisted, pre-asymptotic space-filling curves can produce large-scale superstructures akin to moiré patterns. To study physical phenomena emerging from these patterns, a geometrical coupling coefficient based on the Neumann integral is introduced. It is found that moiré patterns appear most defined at the peaks of those coefficients. A physical interpretation of these coefficients as a measure for inductive coupling between radiofrequency resonators leads to a design principle for strongly overlapping resonators with vanishing mutual inductance, which might be interesting for applications in MRI. These findings are demonstrated in graphical, numerical, and physical experiments.
title Moiré patterns of space-filling curves
topic Applied Physics
url https://arxiv.org/abs/2403.16891