THE KALION FIELD: A PRACTICAL FALSIFICATION PROTOCOL FOR A TWO-PARAMETER SCALAR–TENSOR THEORY

This paper provides a complete, implementation-ready falsification protocol for the Kalion scalar–tensor effective field theory. The model introduces an ultralight scalar field sigma with an axion-like potential and an exponential mass coupling to baryons. The theory claims to reproduce the MOND acceleration scale analytically, reduce the sound horizon numerically, alter the inferred expansion rate, remain compatible with solar-system tests via effective screening, and supply an entirely independent quantum-laboratory falsification channel via non-unital Lindblad dynamics.

This document consolidates the essential structure and predictions of six foundational manuscripts and presents a final, consolidated falsification protocol suitable for immediate use by cosmologists and quantum experimentalists. All equations appear in ASCII plain text for universal readability. Explicit kill-criteria are provided.