Time - Phraqtal Field of the Universal Quantum Foam Hypothesis

Abstract

This paper develops the concept of time within the Universal Quantum FoamHypothesis. Time is understood as an emergent, local measure of changes in the state of thePhraqtal Field. Space denotes the relational coupling order of these field states. Materialmotion is described as a nested reorganization of bound field regions, involving the supportingsubregimes with their respective time scales. Time dilation is understood as a comparisonbetween different local field orders, while the local limiting speed 𝑐 remains invariant. Onthis basis, the paper considers the local normality of time and space measurements, as well aspossible differences in the travel times of free fronts along different field paths. The observeris itself a bound field organization and integrates changes from its local perspective. Finally,field history, the space of possibilities, and consciousness are related to the concept of thepresent. The statement The present is eternity denotes the presentness of every realized stateand is distinguished from the idea of an infinitely long span of time.