Science and Education Publishing International Journal of Physics 2333-4576 3 4 2015 05 24 Can a Charge Configuration with Extreme Excess Charge be Stable? 150 154 EN Arne Bergstrom B&E Scientific Ltd, BN25 4PA, United Kingdom IJP2015342 10.12691/ijp-3-4-2 2015 02 15 2015 04 15 2015 05 24 The classical electrodynamics of a macroscopic system with extreme excess charge is considered. The crucial assumption is here made that the electrodynamics of the system is completely dominated by the huge Coulomb repulsion, but counteracted by the resulting, violently oscillating acceleration field. It is shown that a special case of a system of this kind in the form of a charged spherical shell with powerful excess charge may exhibit violent such oscillations, effectively freezing it from expansion and thus in principle showing a counter-intuitive stability, albeit presumably short-lived. This effect may possibly have a bearing on, e g, some types of ball lightning observations, and is here also discussed in relation to the virial theorem, which traditionally is considered to exclude stable, localised electromagnetic configurations of this type. The oscillation frequency obtained for confinement of the type discussed in the article agrees well with what has been shown in laboratory experiments using microwaves to produce stationary luminous plasmoids in test tubes.