The Displacement Principle: Geometric Field Compression and Axial Core Stability

This publication establishes the Displacement Principle as the fundamental mathematical engine for high-resolution system stability. Utilizing the Davis Logic V2 architecture, the work demonstrates how Frequency Pressure induces the compression of filaments to form a stable Axial Core.
Key components include:
The Displacement Principle: A precise model for mass and energy movement through a 1,300-point geometric grid, correcting "drift" in orbital telemetry data.
Axial Core Stability: Mechanisms for energy extraction and phase-locked transfer through compressed geometric fields.
Resolution Standard: Integration of the 1,300-region dataset (DOI: 10.6084/m9.figshare.31082587) into field manipulation mechanics.