| _version_ | 1866901685727657984 |
|---|---|
| author | Gilbert, Dexter |
| author_facet | Gilbert, Dexter |
| contents | <p>Canon v5.0 is a structural integrity diagnostic for tropical cyclones. It does not forecast<br>landfall location, track, or timing. It forecasts the internal organisational state of a storm:<br>whether the system is intensifying coherently, approaching peak maturity, or beginning structural breakdown. Applied to Hurricane Katrina (2005) using NHC best-track data, Canon v5.0<br>correctly detects the onset of rapid intensification on 27 August, peak structural organisation<br>on 28 August (Category 5, 902 mb), and pre-landfall structural collapse beginning in the<br>hours before the 29 August landfall — all from the storm’s internal pressure and vorticity<br>structure alone. These transitions were not fully anticipated by real-time 2005 operational<br>intensity forecasts, which underestimated the peak intensity and the speed of post-landfall<br>structural collapse. The Canon framework derives these detections from first principles: two<br>axioms (motion is intrinsic; scale invariance is universal) applied through a pressure hierarchy,<br>a signed drift integrator tracking persistent quadrant asymmetry, and a maturity operator<br>encoding the storm’s accumulated organisational history</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19557838 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Canon v5.0 — Hurricane Structural Integrity Gilbert, Dexter Weather Weather Extreme Weather Weather condition Weather monitoring Weather forecasting Physics Physics Mathematical physics Physics/instrumentation Physics/methods Physics/standards Physics/education Theoretical physics Motion <p>Canon v5.0 is a structural integrity diagnostic for tropical cyclones. It does not forecast<br>landfall location, track, or timing. It forecasts the internal organisational state of a storm:<br>whether the system is intensifying coherently, approaching peak maturity, or beginning structural breakdown. Applied to Hurricane Katrina (2005) using NHC best-track data, Canon v5.0<br>correctly detects the onset of rapid intensification on 27 August, peak structural organisation<br>on 28 August (Category 5, 902 mb), and pre-landfall structural collapse beginning in the<br>hours before the 29 August landfall — all from the storm’s internal pressure and vorticity<br>structure alone. These transitions were not fully anticipated by real-time 2005 operational<br>intensity forecasts, which underestimated the peak intensity and the speed of post-landfall<br>structural collapse. The Canon framework derives these detections from first principles: two<br>axioms (motion is intrinsic; scale invariance is universal) applied through a pressure hierarchy,<br>a signed drift integrator tracking persistent quadrant asymmetry, and a maturity operator<br>encoding the storm’s accumulated organisational history</p> |
| title | Canon v5.0 — Hurricane Structural Integrity |
| topic | Weather Weather Extreme Weather Weather condition Weather monitoring Weather forecasting Physics Physics Mathematical physics Physics/instrumentation Physics/methods Physics/standards Physics/education Theoretical physics Motion |
| url | https://doi.org/10.5281/zenodo.19557838 |