Concentrated loading

A concentrated loading is a idealized model of a particle which has a electric Charge. A concentrated loading is a localized electric charge in a not without dimensions.
The fundamental equation of the electrostatic is the law of Coulomb, which describes the action of the electric force between two loads. The Electric field associated with a traditional concentrated loading believes towards the infinite one when the distance to the concentrated loading decrease towards 0, returning the energy (and thus the mass) of an infinite concentrated loading. In electrodynamic quantum, developed partly by Richard Feynman, the mathematical method of Renormalization eliminates the infinite divergence from the load ponctuelle.
The Théorème of Earnshaw indicates that a whole of concentrated loadings cannot be maintained in a configuration of balance by the only electrostatic interaction of the loads.

See too

Load test

References

Eric W. Weisstein, Not Load .
F.H.J. Cornish, Classical radiation theory and not loads . Proc. Phys. Plowshare 86.427-442, 1965. DOI: 10.1088/0370-1328/86/3/301
O.D. Jefimenko, Direct calculation off the electric and magnetic fields off constant year electric not load moving with velocity . Amndt J. Phys.62 (1994), 79.

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