The Universal Stability Equation: A Model for Detecting Mathematical Balance Points
Year: 2025
Type: article
Abstract: This paper introduces the Universal Stability Equation (USE), a novel mathematical framework for detecting stability points in recursive systems. The model is applied to the Millennium Problems and generalized for any recursive mathematical structure. 🔹 Key Contributions: ✅ The USE model identifies mathematical balance points where recursion stabilizes. ✅ Computational verification shows instant attractor detection for multiple conjectures. ✅ Golden Ratio and Inverse Stability Numbers emerge as key mathematical equilibrium points. ✅ Mathematical Stability Laws suggest all major conjectures are projections of deeper balance principles. 🔹 Computational Results: 📊 Fixed Points Found: (Golden Ratio), (Inverse Golden Ratio) 📊 Critical Stability Points: 📊 Google Colab A100 Validation: Instant detection of recursive attractors. This submission presents a general approach applicable to computational complexity, prime number distributions, fluid dynamics, quantum mechanics, and artificial intelligence. 🔹 Included in this Submission: 📄 Full research paper in DOCX format 📊 Computational results validating mathematical s tability points
Author: Bilenko, Alexander
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6949314945
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