Time Is Not Fundamental: The Universe Builds Its Own Clocks
Year: 2026
Type: preprint
Abstract: Natural Evolution of Actuality (NEA) begins with independent, abstract lawful parental responsibilities and primitive consequential joining, without a preassigned clock, metric, or external temporal container. Its developed theory distinguishes the partial order of consequential actualization, retained History, spinorial causal renewal, generated Lorentzian geometry, and calibrated operational duration. We reconstruct that separation from the NEA flagship, academic synthesis, complete-fermion and gravitational-response papers, and the preceding causal-address expansion study. We establish a non-uniqueness theorem showing that event order alone cannot determine elapsed duration or clock synchronization. We define an exact finite-event clock model and a task-sensitive spinorial comparison that distinguishes a half-cycle ray return from a full-cycle coherent return, without identifying the Compton frequency—determined by mass, the speed of light, and Planck's constant—as a measured microscopic cycle. A selected network-to-coframe realization yields clock-rate ratios and the local velocity factor of proper time. We then prove that physical expansion and its acceleration must be evaluated against a developed clock, deriving a coordinate-invariant physical expansion rate proportional to the logarithmic derivative of the total address volume with respect to proper time, alongside the full lapse-dependent acceleration formula. Under independently selected null photon propagation and comparable emission and observation clocks, the address-volume law gives equal wavelength and duration stretching, while an evolving local transition frequency introduces an exact measurable degeneracy. Further constructions identify the holonomy obstruction to globally preferred clock phases, connect the clock response to the Jeffers Response Tensor II, and preserve a regular clock geometry alongside a separately specified causal-orientation exchange at the finite-capacity network limit. These existence and compatibility results develop NEA as a theory of lawful physical realization rather than a theory required to uniquely select every clock, rate, or physical outcome. They do not establish that physical reality has no other fundamental temporal description, nor do they provide a parameter-free observational fit.
Author: Jeffers, Darren
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225789004
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