[gr-qc/0411026] How Special Relativity Determines the Signs of the Nonrelativistic, Coulomb and Newtonian, Forces

Authors: S. Deser

Date: Thu, 24 Feb 2005

Abstract: We show that the empirical signs of the fundamental {\it static} Coulomb/Newton forces are dictated by the seemingly unrelated requirement that the photons/gravitons in the respective underlying Maxwell/Einstein physics be stable. This linkage, which is imposed by special relativity, is manifested upon decomposing the corresponding fields and sources in a gauge-invariant way, and without appeal to static limits. The signs of these free field excitation energies determine those of the instantaneous forces between sources; opposite Coulomb/Newton signs are direct consequences of the Maxwell/Einstein free excitations' odd/even spins.

abs pdf

Feb 25, 2005

0411026 (/preprints/gr-qc)
2005-02-25, 08:41 [edit]

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