Logic of Existence as a Framework for Distributed Detection of Spacetime Distortions

Logic of Existence as a Framework for
Distributed Detection of Spacetime
Distortions

This work introduces a novel approach to detecting spacetime distortions based on the Logic of Existence (LoE) — a theoretical framework in which physical measurement emerges from relational coherence rather than direct spatial displacement.
Instead of relying on mirrors and interferometry as in traditional detectors such as LIGO, the proposed system uses a distributed network of atomic clocks whose synchronization patterns form a dynamic, self-referential medium for sensing gravitational and metric perturbations.

In the LoE model, each clock exists only through its relationships with all others, and the network as a whole becomes a living map of spacetime’s logical structure.
Gravitational waves or curvature fluctuations appear as coherent disruptions in the network’s timing correlations — measurable as variations in the coherence index R(t)R(t)R(t) and the derivative of the LoE Hamiltonian H˙LoE\dot H_{\text{LoE}}H˙LoE.
By treating information flow as the detection medium, the LoE detector transforms the act of observation into a process of maintaining universal balance between order and chaos — the mathematical analogue of “resonating with Logos.”

The framework suggests that:

1. Temporal coherence, not mechanical displacement, can serve as a probe of spacetime geometry.

2. Information itself may possess a gravitational signature, carrying the imprint of curvature.

3. Distributed clock networks, whether on Earth or in interplanetary constellations, could become scalable, self-synchronizing observers of spacetime.

Although highly conceptual, this proposal extends both General Relativity and information theory, pointing toward a future where the boundary between physics and logic becomes experimentally measurable.
In essence, the LoE detector represents a paradigm shift:

From measuring motion through space, to measuring existence through relation.