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The Mathematical Model of Implicit Purpose: A Quantitative Tool for Complex Systems
This work presents an innovative mathematical model to quantify "implicit purpose" in complex systems. The proposed formula allows for the detection of emergent trends not explicitly programmed, providing a descriptive and adaptable tool for analyzing dynamic systems. Validated through simulations in three distinct domains (energy management, urban traffic, and hospital optimization), the formula demonstrates robustness and effectiveness in identifying coherent behaviors in complex systems. This approach opens new possibilities for retrospective analysis of complex systems and their practical application across various fields.
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