The Traveling System: A Framework for Galactic Forcing of Terrestrial Climate and Biosphere Through Heliospheric Variability

This preprint has been retired by the author following multi-AI adversarial review under the Presignal Research Operating System (PROS) v1.0 framework. The audit was conducted in June 2026 across seven independent reviewer types instantiated across four AI models (Claude, Kimi, DeepSeek, Gemini).Verdict: CLOSE21 confirmed fatal flaws | 9 confirmed serious concernsDominant failure modes: FM2 (Explanatory Redundancy) — the paper never demonstrated that existing frameworks fail before proposing a new one; FM7 (Citation Overreach) — Wikipedia, CERN press releases, EurekaAlert, a 1985 NASA Technical Report, and conference proceedings were used as quantitative anchors for major claims; FM6 (Unfalsifiable Test Design) — all five Section 9 predictions failed falsifiability review; FM3 (Mechanism-Free Analogy) — the archaeoastronomy and astrobiology sections had no physical detection mechanism.Critical unacknowledged challenge: Koll et al. (2026, Nature Astronomy Matters Arising) found no elevated Be-10 signal in the 2–3 Ma sediment record, directly challenging the core GCR flux prediction of the Opher et al. cold cloud collapse model on which this paper's geological evidence chain depends.What survives: The solar system's motion through variable interstellar environments constitutes a candidate long-period forcing variable warranting integration into Earth system models. This is a hypothesis for future work, not a finding of this paper.The original preprint is preserved in full within this updated version for the record. A complete closure document including the findings register and section-by-section disposition is prepended. All claims in the original text should be treated as unconfirmed pending future work addressing the failure modes documented here.Audit conducted under PROS v1.0 | Presignal Research Initiative | John Ernest Carter | Ontario Corporation #1001577205 | ORCID: 0009-0004-1363-304X | CC BY 4.0