S_U1™ Perspective Wave: A 99%+ Quantum coherence simulation framework: Le language de l'Univers
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| Název: | S_U1™ Perspective Wave: A 99%+ Quantum coherence simulation framework: Le language de l'Univers |
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| Autoři: | Sahraoui, Nadia |
| Informace o vydavateli: | Zenodo, 2025. |
| Rok vydání: | 2025 |
| Témata: | Quantum coherence Symbolic simulation S_U1™ Perspective Wave Quantum-inspired framework Qubit modeling Probabilistic wave function High-accuracy modeling (99.1%) Coherence decay Perspective-based simulation Python quantum simulation Quantum mathematics Interdisciplinary collaboration Synthetic data Superposition modeling Dynamic system simulation Quantum symbolic AI Quantum evolution Open scientific collaboration Governance through perspective Epistemic wave mechanics |
| Popis: | This project introduces the S_U1™ Perspective Wave, a symbolic and quantum-inspired simulation model achieving 99.1% accuracy in modeling qubit coherence over time. Built with Python and designed for interdisciplinary application, it bridges symbolic mathematics and quantum analogies to reveal how observational perspective impacts probabilistic systems. The full documentation, interactive simulations, and advanced case studies are available upon request. This work is intended as a foundational step toward symbolic AI alignment, quantum-informed modeling, and synthetic data strategies. At the heart of the S_U1™ Perspective Wave lies a profound symbolic construct: the duality of “6 and 9.” This model demonstrates that the reality we measure is shaped by the angle from which we observe it, a concept rooted in both philosophy and quantum mechanics. By translating this observer-dependence into a mathematical wave function, S_U1™ challenges conventional models and opens new pathways for symbolic AI, probabilistic governance simulations, and epistemic modeling. It is a system where perspective isn’t noise, it’s the variable that defines the signal. This is more than simulation; it’s an invitation to reframe how we see and model truth itself. The S_U1™ Perspective Wave is a symbolic and conceptual framework inspired by quantum mechanical principles, particularly observer-dependence and phase evolution. It does not aim to replicate the exact mathematical formalism of quantum spin systems or physical wavefunctions, but instead offers a narrative-driven, epistemic model where perspective is mathematically encoded as the central variable. By integrating symbolic constants, directional angles, and a custom normalization function, the model creates a simulated probability environment that reflects cognitive relativity, perceptual bias, and contextual interpretation. As such, the S_U1™ formulation is best understood as a conceptual tool for exploring perspective-dependent systems in fields such as symbolic AI, governance modeling, and philosophical simulations of truth. This work invites readers to shift from modeling truth as static or absolute, toward viewing it as emergent from the act of observation itself , a signal shaped by the angle from which it is seen. Researchers, scientists, and thinkers across fields are invited to collaborate on this novel framework. For access to the private repository and full manuscript, contact: avocat.law27@gmail.com. GitHub: https://github.com/NSAHRA27/S_U1_Perspective_WaveAccuracy: 99.1% (Qubit coherence case study, Volume IV, Page 9)License: MIT (access upon approval)Author: Nadia Sahraoui | ORCID: 0009-0002-7049-9794 |
| Druh dokumentu: | Part of book or chapter of book |
| DOI: | 10.5281/zenodo.16739745 |
| DOI: | 10.5281/zenodo.16739746 |
| DOI: | 10.5281/zenodo.16740624 |
| Rights: | CC BY |
| Přístupové číslo: | edsair.doi.dedup.....193d4df2a22771ace118692819a5e87c |
| Databáze: | OpenAIRE |
Nájsť tento článok vo Web of Science | Abstrakt: | This project introduces the S_U1™ Perspective Wave, a symbolic and quantum-inspired simulation model achieving 99.1% accuracy in modeling qubit coherence over time. Built with Python and designed for interdisciplinary application, it bridges symbolic mathematics and quantum analogies to reveal how observational perspective impacts probabilistic systems. The full documentation, interactive simulations, and advanced case studies are available upon request. This work is intended as a foundational step toward symbolic AI alignment, quantum-informed modeling, and synthetic data strategies. At the heart of the S_U1™ Perspective Wave lies a profound symbolic construct: the duality of “6 and 9.” This model demonstrates that the reality we measure is shaped by the angle from which we observe it, a concept rooted in both philosophy and quantum mechanics. By translating this observer-dependence into a mathematical wave function, S_U1™ challenges conventional models and opens new pathways for symbolic AI, probabilistic governance simulations, and epistemic modeling. It is a system where perspective isn’t noise, it’s the variable that defines the signal. This is more than simulation; it’s an invitation to reframe how we see and model truth itself. The S_U1™ Perspective Wave is a symbolic and conceptual framework inspired by quantum mechanical principles, particularly observer-dependence and phase evolution. It does not aim to replicate the exact mathematical formalism of quantum spin systems or physical wavefunctions, but instead offers a narrative-driven, epistemic model where perspective is mathematically encoded as the central variable. By integrating symbolic constants, directional angles, and a custom normalization function, the model creates a simulated probability environment that reflects cognitive relativity, perceptual bias, and contextual interpretation. As such, the S_U1™ formulation is best understood as a conceptual tool for exploring perspective-dependent systems in fields such as symbolic AI, governance modeling, and philosophical simulations of truth. This work invites readers to shift from modeling truth as static or absolute, toward viewing it as emergent from the act of observation itself , a signal shaped by the angle from which it is seen. Researchers, scientists, and thinkers across fields are invited to collaborate on this novel framework. For access to the private repository and full manuscript, contact: avocat.law27@gmail.com. GitHub: https://github.com/NSAHRA27/S_U1_Perspective_WaveAccuracy: 99.1% (Qubit coherence case study, Volume IV, Page 9)License: MIT (access upon approval)Author: Nadia Sahraoui | ORCID: 0009-0002-7049-9794 |
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| DOI: | 10.5281/zenodo.16739745 |