Category: Tides Cont
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Tide‑Duet Geometry
Field Saturation,Not Pulling Forces Overview For centuries, tides have been described as the result of “gravitational pull”. The Moon pulls harder, the Sun pulls weaker, their forces add or subtract and the oceans move. This is the Industrial Age picture, a mechanistic fable of force vectors and motion. It is wrong. The Reality The tides…
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Ӕ Tide Model
Technical Note(Letter Of Method) Overview Purpose: provide a predictive, testable tide model driven by Ӕ saturation (field geometry), not “pulling forces”. Method: define an Ӕ driver Σ at Earth’s boundary and a compliant ocean response η; fit and forecast at tide gauges. Driver: Ӕ Saturation at the Boundary Let x=(φ,λ) and t be time; unit…
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Prediction
The Claim When Earth’s electromagnetic field is disturbed by solar storms (Kp ≥ 6, Dst ≤ −100 nT), the amplitude and phase of coastal tides will show small but coherent departures from classical harmonic predictions. Conventional Expectation The gravitational model predicts no effect. Gravity does not change when storms erupt. Thus conventional tide forecasts assume…
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Storm‑Time Tidal Modulation
Historical Test Cases Overview If Ӕ saturation governs tides, then major geomagnetic storms should leave measurable signatures in coastal tide records. Amplitude or phase deviations (order centimeters) should align with storm onsets and recoveries. These cases provide immediate, historical opportunities to test the prediction. Historical Storms for Analysis March 13, 1989: Hydro‑Québec Blackout Storm (Dst…
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Prediction Analysis Plan
March 1989 Storm Event Date: March 13, 1989 (storm span: March 12–15). Intensity: Kp = 9, Dst ≈ −589 nT (superstorm). Impact: Québec blackout, aurorae visible to Texas. Prediction (Ӕ Law) Coastal tide gauges should show small but coherent departures from harmonic baselines (amplitude 1–5 cm). Phase shifts should align with storm onset and recovery.…
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Newlyn 1989
EMF Control Of Tides Introduction This document summarizes the analysis of the Newlyn 1989 sea-level record and demonstrates conclusively that the dominant tidal cycles arise from EMF interactions rather than gravitational pull or push. Data Source Hourly sea-level measurements from Newlyn for the full year of 1989 were used. The dataset contains 8,760 records with…
