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Maciej W. Olszewski

1 articles · 6 co-authors · latest: 2026-03-14
15 citations · h-index 2 · 9 papersData: Semantic Scholar
Anthony J. D'Addario · Kwangyul Hu · Daniel C. Ralph · Michael E. Flatté · Katja C. Nowack · Gregory D. Fuchs

We have retold 1 papers by this author. most often about: string theory, electromagnetism, signal processing. 6 co-authors across our retellings.

brain scan · electromagnetic compatibility · frequency doubling · generative model · gravitational wave catalog · harmonic · magnetar plasma geometry · magnetic domain imaging · magnetic wave · magnon · mri · NMR spectroscopy · non destructive imaging spectroscopy · nonlinear dynamics · nonlinearity · nuclear spin · nuclear spin spectroscopy · phonon magnetism · photon pair generation · second harmonic generation
Doppler effect · Maxwell's equations · Planck's law · Planck–Einstein relation · Wien's displacement law · Rydberg formula · Bragg's law · Poynting's theorem · Fermi acceleration · Saha equation · Zeeman effect · Stark effect · Faraday effect · Mössbauer effect · Casimir effect · AdS/CFT correspondence · law of conservation of energy · Ohm's law · Faraday's law of electromagnetic induction · Ampere's law
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Mesoscale2026-03-142 minarXiv:2603.14082express
How a Magnet's Edge Creates Harmonic Waves
The edge of a magnet works like a guitar fret: a string pressed near the edge sounds different, with a richer set of overtones. Magnetic waves in a thin strip of nickel and iron behave in much the same way.
Anthony J. D'Addario·Kwangyul Hu·Maciej W. Olszewski·Daniel C. Ralph·Michael E. Flatté·Katja C. Nowack·Gregory D. Fuchs
Adam RiessAlan GuthAlbert Einsteinstring theoryelectromagnetismsignal processingspectroscopy
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