ABSTRACT
Internal measurement is dynamic in generating and varying boundary conditions through the process of equilibration, eliminating disequilibrium between internal identification and realization of conservation laws. Force equilibration assumes ail internal process that can induce changes in force so as to actualize the third law of mechanics internally, by letting their repercussions continue to survive indefinitely. Action-through-medium underlying force equilibration that proceeds at a finite velocity prohibits the establishment of a unique one-to-one relationship between the force acting in the medium and its displacement. Material flow equilibration induces a certain symmetry breaking upon the statistical-mechanical movement which the carrier of the very equilibration maintains. Material flow equilibration in process keeps constraining the indefiniteness it carries, and the same equilibration in the product is a manifestation of variations that are nonrandom. The emergence of open material aggregates in the primordial soup and the conceptual origin of quantum statistical mechanics share the same physical underpinning, identified as the process of equilibration.
