Geomagnetic Grid Structure in the Distribution of Ancient Sites and Biological Migration Endpoints

TITLE:
The Geomagnetic Grid Framework: Three Convergent Lines of Evidence from Archaeology, Migration Biology, and Religious History
AUTHORS:
Francis Redmond
DESCRIPTION:
This deposit presents a three-paper research framework demonstrating that a single geometric structure — defined by Earth's geomagnetic field and the ecliptic plane — organizes patterns across three independent domains: archaeological site distribution, animal migration endpoints, and the geography of cosmological restructuring.
The framework is built sequentially. Each paper stands independently and introduces only the assumptions necessary for its own findings. No parameters are adjusted between papers.
--- PAPER 1: The Geomagnetic Grid ---
Ancient sites cluster into two latitudinal bands when coordinates are rotated to a pole at 61°N, 84°E (Western Siberia). This pole was derived from Hapgood's (1958) ice sheet geology via the Hudson Bay hypothesis and a 180° antipodal flip — entirely independent of any site data. ESA Swarm satellites independently identify this location as a growing strong-field region.
Band structure emerged from ~20 sites, was refined at 232, and boundaries were fixed. The same unmodified boundaries were then confirmed on UNESCO World Heritage sites (1,012 sites; 69.1% in bands) and the p3k14c radiocarbon database (15,028 sites from Nature Scientific Data; 71.6% in bands). The New Band median remains stable at 45.8–47.3° across nine time slices spanning 12,000 years. Founding sites of 46 independently arising civilizations converge on the same New Band median.
Statistical controls include pole sweep (2/10,000 random poles match), geographic null model (0/5,000 match; 38.5σ above null), and jackknife stability analysis.
--- PAPER 2: Magnetoreceptive Migration and the Ecliptic ---
Species with demonstrated magnetic navigation systems preferentially direct critical lifecycle movements toward the ecliptic band (the zone between the tropics where the Sun's apparent path crosses the sky). Humpback whales breed at ecliptic distance 0.0° at all six documented breeding grounds across three oceans. Monarch butterflies overwinter under the ecliptic. European eels spawn at ecliptic distance 2.8°. Migration destinations are significantly closer to the ecliptic than origins (Mann-Whitney p = 0.000189). Species without magnetoreception (salmon) or with pole-to-pole routes (Arctic tern) show no ecliptic alignment, serving as negative controls.
The ecliptic finding requires no pole hypothesis — it is a pure consequence of orbital mechanics and can be evaluated using geographic coordinates alone.
--- PAPER 3: Ecliptic Distance and the Geography of Cosmological Restructuring ---
Distance from the ecliptic plane predicts whether a civilization independently restructured its cosmology during the Axial Age. Using 1,597 cities from the Yale/NASA Chandler dataset (digitized by Reba et al. 2016, Nature Scientific Data) classified by indigenous religious tradition, the restructuring rate drops from 73% near the ecliptic to 0% beyond 25° ecliptic distance (Spearman r = -0.480, p = 10⁻⁹³; permutation p < 0.00002). This result replicates on the independent Modelski Modern dataset (293 cities; permutation p = 0.00004).
The South Atlantic Anomaly — Earth's weakest magnetic field region — shows 0% restructuring across 74 cities. Three physical variables (ecliptic distance, SAA proximity, and geomagnetic rotated latitude) contribute independently after residualization, with none explaining away the others.
Adversarial tests include: classification sensitivity (conservative 5-tradition and liberal 14-tradition variants both significant), double-counting removal (5 truly independent origins still significant), pole sensitivity (EM pole strongest of 10 tested), random pole Monte Carlo (98.3% of random poles fail to replicate), label permutation (100,000 shuffles, p = 0.001), and within-Eurasia geographic controls.
The ecliptic finding in Paper 3 requires no pole derivation and can be independently verified using only latitude and publicly available datasets.
--- FRAMEWORK LOGIC ---
Paper 1 establishes the geometric structure (geomagnetic bands in archaeological data).
Paper 2 establishes that magnetoreceptive biology converges on the same zones.
Paper 3 establishes that the ecliptic — the astronomical feature defining these zones — independently predicts patterns in religious history.
Each paper uses independent datasets from independent fields. The pole and band boundaries were fixed before any of the Paper 2 or Paper 3 analyses were conducted and were never modified.
KEYWORDS:
geomagnetic field, ecliptic, Axial Age, archaeoastronomy, animal migration, magnetoreception, Chandler dataset, Hapgood, site distribution, cosmological restructuring
DATASETS:
Curated archaeological sites (232), UNESCO World Heritage (1,012), p3k14c radiocarbon (15,028)
Chandler historical cities (Reba et al. 2016, Nature Scientific Data; 1,597 cities)
Modelski Ancient (154 cities) and Modelski Modern (293 cities)
Migration endpoint coordinates from peer-reviewed literature
51 religious traditions with founding coordinates
All code is Python 3 (scipy, numpy). All datasets are from independent public sources.
LICENSE:
CC BY 4.0