Version 50.6 — All values physically derived or observationally constrained
Elliptical disc, north pole centre. Cast copper/bronze firmament (Job 37:18, Deut 28:23 — conductive metal ceiling creating resonant EM cavity). Aetheric medium (physical = Tesla's medium, spiritual = Eph 6:12 — same thing). Local sun and moon. Polaris fixed above pole axis. North pole mountain (WIN-031). New Jerusalem descending along pole axis (WIN-032).
The firmament is not flat. It curves downward from pole toward the rim following a pure exponential:
H(r) = 8537 × exp(−r / 8619) km [H∞ = 0]
This single function reconciles all three previously contradictory H measurements:
| Measurement | Value | H(r) Explanation |
|---|---|---|
| Schumann resonance | ~9,500 km | Samples pole-proximal firmament (r ≈ 0) |
| Polaris geometric (Chapel Hill) | 4,750 km | Mid-latitude measurement at r ≈ 5,960 km |
| Model parameterization | 9,086 km | Near-pole average |
OPEN-002 is resolved. The three values are not contradictory — they are all sampling the same exponential H(r) curve at different radial positions.
| Parameter | Value | Unit | Source | Notes |
|---|---|---|---|---|
| Disc shape | Ellipse | — | WIN-030 | Circular retired V5 |
| Polaris H (StarWalk) | 4,750 | km | StarWalk app | UNTRUSTED — app, not direct measurement |
| Semi-major axis (a) | ~20,015 | km | Pole to equatorial boundary | — |
| Semi-minor axis (b) | ~15,000 | km | V12 will lock | Refining |
| b/a ratio | 0.70–0.90 | — | V5–V9 optimization | Converging |
| Major axis orientation | ~60° | NE from Greenwich | V5–V9 | Atlantic-to-Asia |
| H(r) — Firmament Height Curve | 8537 × e−r/8619 | km | V12 fit | KEY V50.6 RESULT |
| H at pole (r=0) | 8,537 | km | H(0) = 8537 | Consistent with Schumann ~9,500 |
| H at Chapel Hill (r≈5960) | ~4,359 | km | H(5960) | Consistent with StarWalk 4,750 region |
| H at equatorial rim | ~2,100 | km | H(~12000) | V12 model |
| EW angular scale | 0.9941 | — | V12 calibration | Δθ = Δlon × 0.9941 |
| Sun altitude (Observation) | 5,733 | km | Triangulation | Optical illusion due to aetheric refraction |
| Sun altitude (Physical) | < 4,200 | km | Firmament limit | Physical Sun must travel beneath the dome |
| Moon altitude | 2,534 | km | Triangulation | Review pending with H(r) |
| Mag-gravity coupling | 1.67 | nT/µGal | WIN-012 | BOU + Mohe |
| Field decay rate | ≥28 | nT/year | INTERMAGNET trend | — |
| SAA separation (2025) | 50.57 | ° | CHAOS-7 | — |
| Firmament material | Cast copper/bronze | — | WIN-034 | Job 37:18, Deut 28:23 |
| Metric | V9 | V50.6 |
|---|---|---|
| Mean distance error | ~40% | 5.2% |
| Median distance error | ~35% | 4.4% |
| Worst case | 89% (Oslo-Stockholm) | 0.0% (Oslo-Stockholm resolved) |
| City pairs tested | 12 | 19 |
r(city) = solve numerically: r × tan(polaris_elevation) = H(r)
where H(r) = 8537 × exp(−r / 8619)
θ = Δlon × 0.9941 (EW angular scale)
x = r × cos(θ)
y = r × sin(θ)
d = sqrt(r1² + r2² − 2 × r1 × r2 × cos(Δθ)) where Δθ = Δlon × 0.9941
H = c / (4 × f_Schumann) = 299,792 / (4 × 7.83) = 9,572 km H(0) from V50.6 = 8,537 km — agreement ~10% — consistent with pole-proximal sampling
r(θ) = (a × b) / sqrt((b × cos(θ))² + (a × sin(θ))²)
ratio = 0.00131 × lat² + 0.06828 × lat + 1.06719 R² = 0.7874 Calibration ring at 51°S
coupling = 10.9 nT / 6.5 µGal = 1.67 nT/µGal Source: BOU 2017 + Mohe 1997 — two independent events
Rate: ≥28 nT/year (INTERMAGNET, 2000–2025) Projected 2030: −32 nT/year (PRED-012)
Scriptural basis:
Physical significance:
Dome vs Globe: Globe locates the Schumann cavity boundary at the ionosphere (plasma, not metal). Dome locates it at a physical conductive shell. The scripture provided the material identity before the electromagnetic confirmation existed.
Mainstream position: Nonlocal correlations, no mechanism, protected by "no faster-than-light information transfer" definitional dodge.
Still open: Derivation of cos²θ correlation statistics from aetheric structure. This is unsolved in ALL interpretations including Copenhagen.
V12 resolved 2 of the original 5 open problems: OPEN-002 (H reconciliation) and OPEN-005 (Oslo-Stockholm).
V12 uses longitude×0.9941 as angular proxy. This fixed V9's theta bug but still derives from WGS84 longitudes. Full dome-native coordinates require sunrise/sunset azimuth method for complete independence from WGS84.
Status: IN PROGRESS. V12 partially mitigated. Full fix requires dome-native coordinate derivation.
b/a 0.70–0.90, orientation 47–72° across V5–V9. EW scale 0.9941 from V12 is a clue: disc is 0.6% smaller angularly than WGS84 longitudes suggest. Root cause: OPEN-001.
Status: ONGOING. Will lock after dome-native coordinates.
Dome predicts Polaris invisible south of ~10–15°S due to aetheric refraction. Exact cutoff formula not derived. Qualitatively consistent with observations.
H(r) = 8537 × exp(−r/8619) unifies all three measurements. They sample the same exponential curve at different radial positions. Resolved in V50.6.
V9 had TWO bugs: wrong θ (solar noon proxy instead of longitude) and flat H=4,750 assumption. These produced 74–89% error. This was a coordinate system bug, not a falsified prediction. V50.6 corrected model gives 0.0% error on Oslo-Stockholm. Resolved in V50.6.
Back-solve from NS distances shows cities at 55–60°N have implied Polaris elevations 1–6° HIGHER than WGS84 latitude. Globe model REQUIRES Polaris = geographic latitude exactly. Dome model predicts systematic divergence.
Test: Calibrated inclinometer at Oslo (predicted: 64.4°, WGS84: 59.91°).
Status: OPEN — awaiting direct measurement.
FALSIFIED: 0
W001 and W004 are below detection threshold. Not model failures. Instrument noise floor prevents measurement. Predictions remain structurally valid.
| Prediction Category | V12 Impact | Status |
|---|---|---|
| Eclipse magnetic (PRED-001–008) | May need H(r) at observer location for angular size recalc | Under review |
| SAA predictions | Unaffected — independent of dome geometry | No change |
| Field decay rate | Unaffected — independent of coordinate model | No change |
| North Pole acceleration direction | Direction unaffected; magnitude may need H(r) update | Under review |
| Roaring 40s | Unaffected — independent of dome geometry | No change |
| Shadow angle predictions | Sun elevation angles need rechecking with H(r) | Under review |