Abstract
According to Einstein's "Mach Principle" idea, inertia and mass are the result of a dynamical effect — namely a containment–confinement due to a universal energy to energy interaction, dominated by the contribution of the most distant sources in the universe, e.g. if the force weakens with distance like 1/rn, n < 2. In the present treatment of high energy (particle) physics, quarks and leptons acquire their mass by interacting with "Higgs" fields related to symmetry breakdowns. Assuming that these mass-endowing fields in fact collect and channel the cosmical contributions we find that their basic action is repulsive, so that the universal expansion is the recoil of the mass-making.
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