Complete Study Chronology: From Framework to Pre-Registered Monitoring (January-March 2026)

This bundle contains the complete chronological documentation of a pre-registered study examining astrometric and geophysical monitoring frameworks, published before the pre-registered falsification window of 16 March 2026. The bundle includes seven documents spanning January through March 2026, showing the full development path from early theoretical frameworks through formal pre-registration, explicit falsification testing, and current monitoring results. DOCUMENT CHRONOLOGY: 1. Atlas-3e Theoretical Note: Early abstract but falsifiable framework (documentary role) 2. Gravitational Shadow Note: Intermediate physical hypothesis linking trajectory anomalies and resonance behavior (transition document) 3. Bayesian Planet Nine Detection (09.01.2026): First fully workable theoretical framework using Bayesian ISO-Perturbation methodology with explicit falsifiability criteria 4. Project 0218 Archival Note (13-14.01.2026): Historical development document showing hypothesis evolution toward μ=0.218 framework 5. Pre-Registration Wave-1 v0.21 (27.01.2026): Formal pre-registration defining test window, statistical methods, and falsification criteria BEFORE the 16 March 2026 evaluation endpoint 6. Gamma Falsification Technical Note (22.01.2026): Standalone falsification test documenting null result and methodological integrity 7. Project 1 Preprint Updated (11.03.2026): Current main preprint documenting model comparison results, Earth-side modulation branches, monitoring infrastructure, and overlay analysis through 11 March 2026 This bundle demonstrates complete transparency about hypothesis evolution, explicit falsification posture, and pre-registered methodology. All documents acknowledge AI collaboration (Claude, ChatGPT, Gemini) in framework development and editorial preparation. The purpose is to preserve a complete timestamped record of the study's development BEFORE the final pre-registered evaluation window, ensuring no post-hoc modifications to hypotheses or criteria.