Reality is two-fold, a tortoise and a hare all the way down, each winning their share of races and spurring the other on to victories of their own. There is no race without the best from both, and the winner depends on how one defines that race. Electrostatics and gravitation are the forces. Dynamics will add another level that we ignore for now.

Electricity and gravitation were addressed as separate distinct phenomena in classical physics – and, although by totally different means, in modern physics as well. Singularities are inevitable when one addresses the effects of mass and charge separately and avoided when taken together.
In summary, we explored consequences of placing a boundary condition at the origin on Poisson boundary value problems and that whether we begin with fields associated with electric charge or gravitational mass, integration with the other field is required for stability. The nature of all similarity and difference, positive and negative, attraction and repulsion of interactions must be understood as applied homogenously first to the electrostatic and gravitational fields separately, then heterogeneously to explore how electric and gravitational fields interact – because they do.
One needs to understand reasons for why there is a fragmentation issue and how submicroscopic ‘fundamental particle’ distributions resolve that issue on homogeneously signed interactions that ‘lock in’ fragments for indivisibility. There is also heterogeneous ‘lock out’ from complete union of oppositely signed distributions. The necessity of there being differences in the signs of charge is no less the case for mass. This, in effect is the ‘strong force’. And the significance of different scale factors for charge than for mass must also be understood. The significance of ‘generational’ differences in multiply fragmentated distributions as affecting viable ‘particle’ constructs.
We previously explored many of these issues, but we need to clarify them in a way that dovetails. Those issues will be addressed in subsequent posts as time allows.
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