Beryllium-10 — Cosmogenic Solar Proxy Analysis (1841–2013)

This dataset is part of the Bicameral Solar Engine project, a multi-scalar deterministic framework that maps the relationship between solar harmonic cycles and terrestrial systems including climate, economics, and biological populations. All datasets share a common methodology: raw signals are detrended using an 11-year centered moving average, normalized into Z-scores. Applies the BSE solar harmonic framework to atmospheric Beryllium-10 concentrations (NGRIP/Law Dome composite, 1841–2013), treating Be-10 as an inverse solar driver — an independent physical measurement of the same solar magnetic force described by T(t). T(t) correlation r = +0.501 (p = 0.048) across all windows; Growth-phase correlation r = +0.876 (p = 0.004) — the strongest phase-specific statistical result in the study. Phase alignment 93.8%. Period 6 (1948–1970) achieves peak efficiency 1.181, directly confirming the Modern Maximum. Data quality issues (1892 outlier, source composite transition at Period 8) explicitly disclosed. Be-10 and sunspots together constitute the cross-instrument validation argument: two independent physical measurements of the same solar signal, both confirming T(t). This dataset and associated work are licensed under CC BY-NC-ND 4.0. The material may be shared with proper attribution but may not be modified, adapted, or used for commercial purposes. If you intend to use this dataset in research, analysis, or publication, you are expected to cite the original source and are strongly encouraged to contact the author prior to use. Contact:: [e-mail] | ORCID: https://orcid.org/0009-0003-0093-521X