Unified Model of Planetary Instability: Integration of Fluid Redistribution, Magnetic Field Depletion from Iron-Nickel Core Mass Loss, Atmospheric Decoupling, and Numerous Research Papers on Climate instability. A model to increase predictive capabil

PLEASE HELP INVALIDATE THIS MODEL - The consequences are not worth being correct. Update: Published Unified Model of Planetary Instability: Integration of all Previous Updates with Addition of Atmospheric Decoupling including formulas to Simulate. Update: Due to Interference in my work by The Allstate Corporation, Illinois State Court, and State of Illinois, I will be unable to complete my work on this in a timely manner and it will be up to everyone to identify and track where I am leaving off. I am happy to answer any questions but will not have as much time to continue on this project as I have in past. I have included everything needed to model this and track. I hope this can be disproven. All future inquiries should be made to Judge Gail Noll at (217) 753-6366 (Sangamon County, Illinois Court) or Christopher Moberg at (Illinois Attorney General's Office) at (773) 835-0147. Update May 23, 2025: Added Additional Cosiderations, Observations, and Added all Computer Code and Scripts into this Pubishing in text. Added additional Research. Update May 21, 2025: Added Model Refinement Paper including GIA in model. Additional considerations are included for refinement. Notes on Radar Glitches and Omega Patterns. Update May 20, 2025 Added Additional Formulas to be used under Formulas Section and a Recommended Tool for Monitoring at end of Unified Theory Paper. Introduced a sinusoidal mass injection function: I(t) = I_0 + \Delta I \cdot \sin\left(\frac{2\pi t}{T}\right) where T = 1 year, and \Delta I is peak inertia swing Update May 19, 2025: Today I have uploaded a Unified Model of Planetary Instability: Integration of Fluid Redistribution and Magnetic Field Depletion from Iron-Nickel Core Mass Loss. This is in addition to original papers which give understanding of how I came to the conclusions drawn. I have included an argument to refute a current hypothesis. Due to urgent nature of the model's predictions, I felt obligated not to wait before publishing. I have much more to go through and am trying to get all these finished. I am still editing and adding and have still much data to get through. All data links are on bottom of page. This expounds on the Fluid Dymanics and Mass Distribution Model to include a universal approach and explantion. I am still gathering information and wanted to get this out here. As more data is added and the model is alligned more clearly, the timeline changes. I also ran an extreme situation that would instantly push us into Phase III. These are the Model's Predictions, not my personal beliefs. I would like nothing better than someone to prove this wrong. All predictions from my model have aligned recently and this requires attention from all. Any assistance or input any have I would appreciate the help. DATA SOURCES AND LINKS for DATA SOURCES IN PAPER I am currently working on a universal model that any can run. The basic simulation is to show effects growing percentage of liquid has on an object. Once the object has a total of 25% total liquid mass the sphere begins to act less like a solid and starts becoming more like a contained liquid. The unity simulation is to demonstrate this. I am currently attempting to finish the model in unity fo public use for early warning and navigation. A collection of Climate research from multiple fields. This is a combination of multiple disciplines to identify missing factors in weather models that make recent climate seem chaotic. This presents evidence and scientific data collaborating the hypothesis. This attempts to explain and identify those unknown variables and an example of one such variable that has begun to effect this planet in last few decades. This adds to current knowledge base and gives data, explanations, and scientific proof for the currently untested claims. These are works is progress but the findings are enough to publish these Papers.