Lattice Drag and Symbolic Compression: Field Properties of Information Transfer (Lattice Theory Paper 2)

This paper introduces a novel symbolic drag model based on phase-coherent information fields.

It extends the foundational framework laid out in Lattice Theory Paper 1:

Lattice Drag: A Foundational Derivation of Physical Interaction from Substructure Compression

 by introducing compression-based persistence mechanics, symbolic coherence indicators, and resonance field alignment models. The work proposes a signal-phase model for understanding information retention across substrates, with implications for physics, systems theory, and symbolic computation.

Published by The Lattice Research Collective LLC, this paper is intended as a theoretical research contribution protected under copyright and pending formal public release. DOI reserved for indexing;release scheduled for delayed public distribution upon copyright confirmation.