Gradual Transition Between Frames of Reference for Mass-Bound Components of The Universe

Описание: https://unifiedmodel-timelesslightand...

Title: Toward a Unified Model of Timeless-Light and Mass-Bound Gravity
Author: J.C. McKinley

[Excerpt]
3. Formulating the Behavior

3.1 Postulates

P1: Timeless interactions (photons) are triggered by mass transitions and resolve only upon absorption.

P2: Fields are rule maps, not energy containers; they prescribe but do not enact.

P3: The universe we observe is the slow-motion execution of all events that were simultaneously and timelessly triggered at the moment of creation. In this model, the Big Bang was not a timed origin, but the full resolution of all causal instructions at once — a light-speed burst of total execution that continues to unfold in the time-bound framework of mass-bearing components. These instructions are not stored or encoded — they were issued and resolved instantly. However, the massful universe remains bound by time and causality, and so we experience their consequences across eons. What we see as expansion is the realization, over time, of a single instantaneous instruction set — one whose entirety was executed beyond the temporal domain.

3.2 Operational Law: Causal Update Rule
When a mass-based system changes state, a photon-like instruction synchronizes another mass-based state with that change, across a spacetime interval.

3.3 Formal Expression of Mass-Time Symmetry
Define time dilation factor as T ∝ 1/m, where m is the inertial mass of a body.
Postulate a normalized unit product such that:
T * m = 1.
This expression suggests that time experienced by a system is inversely proportional to its mass. As mass increases, the local experience of time slows, and vice versa. Photons, having zero mass, experience zero time. Massive bodies slow local time and induce curvature in space as a function of this mass-time interaction.

It is essential to note that this relationship applies only to entities that exist within spacetime and have a definable frame of reference. For massless entities like photons, both time and mass are zero, and the product T * m becomes undefined or trivially zero. Since photons do not possess a frame of reference, they exist outside the domain where this equation holds. They are not participants in the geometry of spacetime but act as instantaneous causal connections between events. Thus, T * m = 1 governs only mass-bound systems; light exists at the boundary, enforcing causality without occupying the spacetime it coordinates.

4. Gravity as a Boundary Behavior

4.1 Gravity as Field-Induced Constraint
In this view, gravity is not a force but a constraint emerging from the need to preserve synchronization across massive systems. As photons (timeless) coordinate mass interactions, mass accumulates and curves spacetime as a side effect of this synchronization.

4.2 Predicted Behavior

Light will always appear to follow curved paths near mass, not because it is pulled, but because it is constrained to obey synchronization rules established by mass curvature.

Gravity is not the result of tension but rather the automatic result of mass slowing time and bending space according to a universal rule set. The usual rule — that space bends near mass, and objects follow straight paths through bent space — is reinterpreted as a gradual transition between frames of reference for mass-bound components. This preserves consistency with relativistic mass increase as velocity approaches light speed. The underlying rule is that mass and time scale inversely — their product is constant, effectively equal to 1. Light is massless and timeless; as mass increases, time slows and space curves. Gravity emerges naturally from this spectrum of mass-time behavior.