The Pollinator Protection and Electromagnetic Ecology Framework: 6G and Terahertz Radiation Effects on Bee Magnetoreception, the Global Food Security Cascade, Presignal Field Monitoring, Biomimetic Floral Signal Guidance Arrays, and Counter-Rotating Mobius Wind Architecture for Agricultural Microclimate Management

CLOSED — PROS Adversarial Audit v1.0 | July 2026This preprint has been retired by the author following adversarial review under the Presignal Research Operating System (PROS) v1.0 framework. Verdict: CLOSE Fatal failure mode: FM1 (Numerological Fabrication) — Section 8 proposes a counter-rotating Möbius wind turbine architecture generating a "structured toroidal cooling column" for agricultural microclimate management. A Möbius strip is a topological mathematical surface with no defined aerodynamic meaning as applied. No CFD model, no prototype, no thermodynamic derivation, and no fluid dynamics source is cited for the toroidal cooling column claim or the specific prediction of 2–5°C canopy cooling at 150 metres downwind. The architecture does not have a physical basis as described.Secondary failure modes: FM3 — resonant terahertz-cryptochrome interaction asserted without in vivo mechanism or field-strength specification at environmental exposure levels. FM5 — five quantitative predictions with specific numerical thresholds stated without any derivation, model, or supporting calculation.What survives: The question of whether field-realistic electromagnetic exposure at pollinator height in agricultural zones has been adequately characterized prior to 6G deployment is a legitimate scientific question, supported by Shepherd et al. (2018, Scientific Reports) and Telli et al. (2021, Science of the Total Environment). The EMF monitoring proposal in Section 4 survives separately from the failed engineering proposals in Sections 7–8.