A Computational Tool for Astrophysical Event Prediction Based on Rotational Dynamics"

This work presents a software tool designed to explore rotational and mechanical properties of astrophysical objects. The tool allows researchers to input fundamental parameters of objects such as compact stars or massive black holes and receive predictions regarding mechanical stability, stress thresholds, and potential energetic events. The software provides numerical outputs, visual stress indicators, and logging functionality, enabling reproducible testing and analysis. The focus of this tool is to demonstrate a general framework for computational prediction of astrophysical phenomena, while all proprietary constants and underlying theoretical models remain protected. Suggested Hashtags / Keywords: #Astrophysics #ComputationalTool #RotationalDynamics #StellarPhysics #Quasars #Pulsars #PredictiveModel #ScientificSoftware #OpenResearch #MechanicalStability