Open-Source Metrology Protocol for High-Field Stark Shift Anomalies: FRS v3.2 Residual Filter

This repository provides the official open-source metrological verification protocol and data-analysis layer for the Fractional Resonance Scaling (FRS v3.2) framework. It establishes a non-invasive, zero-cost differential null test designed to isolate potential anomalous geometric space-coupling residuals from high-intensity Terahertz field datasets (near 10^8 V/m). The upload contains two core components:1. A mathematical definition of the Three-Field Intensities Filter. By executing the precise algebraic linear combination [16*Y1 - Y2], the dominant atomic hyperpolarizability (E^4) and classical Stark noise are systematically eliminated, exposing the pure quadratic space-coupling coefficient (K_FRS).2. An automated kinematic evaluation script (Python) optimized for filtering time-resolved time-of-flight or frequency shift datasets, featuring discrete multi-channel energy-band separation (WKB tunneling approximation bounds). This initiative is published as part of an independent Open-Source Metrology Initiative to allow cross-verification and objective falsification across international metrology institutes (such as PTB, NIST, and MPQ).