19 PDF - John French, g=2 based on the center of mass coinciding with the center of rotation

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Volume 24: Pages 460-464, 2011

g=2 based on the center of mass coinciding with the center of rotation

John Frencha)

P.O. Box 36, Cranberry Isles, Maine 04625, USA

This paper is based on a relativistic classical spinning particle which has an internal stress energy tensor and a rigid charge distribution. It is found that if the mechanical momentum is set to zero in the rest frame, then as the size of the particle is reduced and as the center of mass is set to the center of rotation, g = 2 is required. In this derivation some of the electromagnetic self-field terms are neglected.

Cet article est basé sur une particule classique en rotation relativiste qui a un tenseur d'énergie de tension interne et une distribution de charge rigide. L'on trouve que, si la quantité de mouvement mécanique est établi d'être zéro dans un système référentiel en repos, alors au fur et à mesure que la dimension de la particule est réduite et le centre de la masse est placé au centre de la rotation, ça exigé que g = 2. Dans cette dérivation certains termes des auto-champs électromagnétiques sont négligés.

Keywords: Classical Electron, Gyromagnetic Ratio

Received: June 8, 2010; Accepted: July 19, 2011; Published Online: August 24, 2011

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