Robin: Every time you send me your publication I think of my little procedure to characterize hurricanes and tornadoes (and quite possibly rotation and convectivity in a range of other situations. The big money is on AI which has never bragged that it is science. The real story is that rotation is caused by convectivity. Here is a ref. t…
Robin: Every time you send me your publication I think of my little procedure to characterize hurricanes and tornadoes (and quite possibly rotation and convectivity in a range of other situations. The big money is on AI which has never bragged that it is science. The real story is that rotation is caused by convectivity. Here is a ref. to a publication that you might want to peruse. Of course it has no connection to non-convective processes. Bryan
1. Rotation, Convectivity and Hurricane State Determined by Entropic Forces: Relevance to AI Methodology
2. Connectivity and Rotation of Entropicly Defined Clusters as a Measure of Hurricane and Tornado State
Bryan Kerman
( 2) Published in International Journal of Atmospheric and Oceanic Sciences (Volume 9, Issue 1)
Robin: Every time you send me your publication I think of my little procedure to characterize hurricanes and tornadoes (and quite possibly rotation and convectivity in a range of other situations. The big money is on AI which has never bragged that it is science. The real story is that rotation is caused by convectivity. Here is a ref. to a publication that you might want to peruse. Of course it has no connection to non-convective processes. Bryan
1. Rotation, Convectivity and Hurricane State Determined by Entropic Forces: Relevance to AI Methodology
2. Connectivity and Rotation of Entropicly Defined Clusters as a Measure of Hurricane and Tornado State
Bryan Kerman
( 2) Published in International Journal of Atmospheric and Oceanic Sciences (Volume 9, Issue 1)
21 March 2025