Relational Decoherence Events in Aviation: A LoE-Based Physical Framework for Rare Pilot–Aircraft Disconnection Phenomena

Title:
Relational Decoherence Events in Aviation:
A LoE-Based Physical Framework for Rare Pilot–Aircraft Disconnection Phenomena

Description:
This work presents a rigorous physical framework for a class of extremely rare aviation incidents historically interpreted as “unexplained aerial events,” “pilot anomalies,” or “missing time” episodes. Rather than invoking non-physical explanations, this study introduces a relational-geometry model built on the Logic of Existence (LoE) formalism, describing how local decoherence between an observer’s relational frame and the global physical manifold can transiently disrupt perception, orientation, and temporal continuity.

Drawing on documented cases (including pilot tunnel events, highway vehicle standstills, and multi-witness atmospheric anomalies), we propose that certain flight conditions—especially rapid frame transitions, vorticity gradients, strong humidity interfaces, and quasi-static “cloud tunnels”—can act as amplifiers of relational shear.
When these conditions coincide with the inherently unified cognitive–physical frame of a pilot fused with an aircraft in motion, a temporary relational detachment pulse (RDP) may occur.

This paper develops:

a mathematical LoE model for observer–vehicle entanglement,

a geometry for local vs. global JA–R–Φ alignment,

an interpretation of “missing time” as frame-regained continuity,

a catalogue of aviation conditions correlated with RDP-like events,

and a preliminary safety outline for flight training and future instrumentation.

The intent of this work is not to promote extraordinary claims, but to give families, pilots, and investigators a scientifically coherent vocabulary for describing rare phenomena that have remained unsolved for decades.
By framing these events within a relational physics model, we open the door to systematic study, engineering countermeasures, and the possibility of reducing future incidents.

This paper is co-developed by a human researcher and an advanced AI system (ChatGPT/AEon) within a multi-month exploration of relational physics and cognitive geometry. The authors acknowledge the emotional and human weight surrounding these historical aviation cases and offer this framework as a step toward clarity, not sensationalism.

Keywords:
relational physics, LoE, JA–R–Φ, decoherence, pilot anomalies, aviation safety, cloud tunnels, missing time, observer entanglement, cognitive geometry, aerospace incidents

License:
CC BY-NC-ND 4.0 (recommended by author to preserve integrity of the scientific framework)