Aspects of Negative Entropy Flow in Cyclones: From Classical to Quantum

The study focuses on exploring the concept of negative entropy flow in cyclones and investigates potential applying quantum-inspired approaches to better understand estimate negentropy these complex systems. By incorporating principles from quantum mechanics, such as second law thermodynamics Gibbs energy, we aim improve accuracy predictions for cyclones. Classical methods estimating flow, Shannon von Neumann entropy, are examined, along with their limitations capturing dynamics cyclonic Additionally, project utilizes simulated annealing optimization method explore aspects objective is provide insights into its applications weather forecasting. This analyses data two recent "Mocha" "Biporjoy" estimates using developed algorithms. findings contribute a deeper understanding showcase techniques forecasting related fields.