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| Format: | Recurso digital |
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Zenodo
2025
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| Accès en ligne: | https://doi.org/10.5281/zenodo.17390736 |
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Table des matières:
- <p>We present the Destiny Function Ψ(t), a novel mathematical framework for structured analysis of</p> <p>complex decision scenarios. The model integrates multiple cognitive, interpersonal, and contextual</p> <p>parameters into a quantum-inspired formulation: overthinking (P), interpersonal reciprocity (δ),</p> <p>decision directionality (sgn(D)), intensity (|D|), karmic amplification (K(D)), serendipity (ξ), network</p> <p>influence (C(N)), biforcation criticality (B), and synchronicity patterns (J). Through a detailed case</p> <p>study of a relationship decision scenario, we demonstrate the framework's utility as a reflective tool</p> <p>for decision-making clarity. While not predictive, the Destiny Function provides a structured</p> <p>methodology to synthesize subjective experience into quantifiable parameters, facilitating systematic</p> <p>self-reflection. We discuss theoretical foundations, practical implementation via an open-source web</p> <p>application, empirical validation through parameter analysis, limitations, and directions for future</p> <p>research. The framework shows particular promise in situations where traditional decision models</p> <p>fail to capture the multidimensional complexity of human choice-making.</p>