UAP Sighting x Resonator Network Overlay: 5.36σ Node Proximity

12-phase statistical overlay of the hub's 158 UAP sighting cases (military, crash retrieval, historical, international) against the 24-node resonator network. The primary finding: UAP sightings cluster 598 km closer to network nodes than random land points, at Z-score 5.36 (p < 0.0001). This is statistically significant. NODE PROXIMITY TEST: 10,000 Monte Carlo trials each generating 158 random land points and measuring mean distance to the nearest of 24 network nodes. Actual sighting mean: 1,980 km. Random baseline mean: 2,578 km. Standard deviation: 112 km. Z-score: 5.36. UAP sightings are drawn toward the same geographic points identified by the ancient site spherical harmonic analysis — independently, from completely different data. GREAT CIRCLE ALIGNMENT: 20 of 158 sightings (12.7%) fall within 5 degrees of the primary Giza-Angkor Wat great circle, vs 14 expected from random (8.9%). Z-score 1.64 — marginal, not conclusive on its own, but consistent with the pattern. 30°N LATITUDE BAND: 96 of 158 sightings (60.8%) cluster in the 25-40°N band where 7 primary network nodes sit. Z-score 17.52 — highly significant BUT confounded by population distribution (the US, southern Europe, and the Middle East all sit in this band). The critical test is not whether sightings cluster at 30°N (they do, partly from population), but whether they cluster near SPECIFIC POINTS at 30°N — the network nodes — more than population alone explains. FIELD STRENGTH: Mean geomagnetic field at sighting locations (43.1 μT) was not significantly different from random baseline (41.1 μT) with this dataset. However, the hub's cases are curated and cluster in the US/Europe (similar field strengths). The proper field-strength test needs the 100,000+ report MUFON/NUFORC database with population density normalization. NAVY ENCOUNTERS: The Nimitz/Tic Tac encounter (2004, 31°N 117.5°W) occurred in the 30°N resonant latitude band — the l=2 spherical harmonic gradient zone where the network's primary resonance sits. The 30°N band is a natural resonance feature of the Earth (Hadley cell boundary, Schumann gradient) independent of built nodes. The Roosevelt/Gimbal encounter (2015, 36°N 74°W) also sits in this band. NODE SIGHTING CONCENTRATION: Stonehenge and Carnac (European nodes) attract the most nearby sightings. Teotihuacan attracts ocean encounters off the US West and East Coasts. The Richat Structure area has minimal sightings (low population, minimal reporting infrastructure in Mauritania). HONEST LIMITATIONS: The hub's 293 cases are curated for significance, not a random sample. They cluster in the US, Europe, and Latin America because of reporting infrastructure. The node proximity Z-score of 5.36 is real but may partially reflect that both ancient sites AND modern populations cluster on the same continental land masses. The definitive test requires: MUFON/NUFORC raw database (100,000+ reports), IGRF geomagnetic field model at each location, population density normalization, control for military base and flight corridor proximity, and partial correlation of field strength vs sighting rate with all confounds controlled. WHAT THIS MEANS: The pattern exists. UAP sightings cluster near the same points the resonator framework identified from ancient sites. A 5.36σ result demands explanation even with caveats. The next step is the large-N study that either confirms or eliminates the confounds. If the correlation survives population normalization, it's the strongest quantitative link between UAP phenomena and the resonator framework.