β Scribed by Alexander Vilenkin
No coin nor oath required. For personal study only.
It has been shown by Fomin and the author [Soviet Physics JETP 40 (1975), 61 that in the classical limit, fi + 0, there is a correspondence between the quantum and classical electron self-energies in spinor electrodynamics. In the present work this result is extended to the cases of scalar electrodynamics and scalar meson theory. The apparent violation of the correspondence principle in the self-energy problem, noted in the literature, can be ascribed to the inadequacy of the usual expansion procedure in terms of the parameters &fic and me/A = mcr,/ti as fi + 0 (here A is the usual cutoff parameter, rg is the cutoff radius). Ia!; ilY(p,) = e2A/2hc2 == e2/2roc2 in an agreement with the correspondence principle.
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π SIMILAR VOLUMES
## Abstract A corresponding states approach has been used successfully to correlate reduced selfβdiffusivity of pure liquids with reduced temperature and acentric factor. In addition, dimensional analysis techniques have been used to accurately relate viscosity, normal boiling point and temperature
Subramanian [9, lo]. Hulburt and Akiyama observe that the solutions to PBE could be subjected to the many diverse PBE which arise in the description of Brownian coagulation ramifications of the method of weighted residuals[ 111. It may could be solved by the method of moment equations introduc-also