The Origin of Light and the Wave-Particle Duality in the Unified Theory of Informational Spin (TGU)

Abstract The Unified Theory of Informational Spin (TGU) presents a paradigm shift in physics by proposing that coherence—rather than wave-particle duality or conventional field interactions—is the fundamental principle governing the behavior of light, gravitation, and quantum systems. This work introduces the concept of informational spin, a fundamental property that structures reality through dynamic coherence states. By redefining wave-particle duality, TGU eliminates the paradox of wavefunction collapse, explaining photon behavior as a transition between coherent and decoherent informational states. Light is described as a self-sustained oscillation of informational coherence, governed by reformulated Maxwell equations incorporating informational potentials. Beyond electromagnetism, TGU extends to gravitational interactions, proposing that spacetime curvature is not merely a function of mass-energy but also of coherence gradients. This approach provides a new perspective on the structure of spacetime, suggesting that dark matter and dark energy may emerge as large-scale coherence effects rather than unknown particle-based phenomena. Additionally, the practical implications of TGU reach into quantum computing, optical engineering, and high-precision measurement technologies. By understanding coherence as an intrinsic property of information propagation, this work lays the foundation for new advancements in quantum state control and coherence-driven technologies. This paper serves as a theoretical cornerstone for reinterpreting fundamental physics through informational spin, offering testable predictions and new experimental pathways for validation. Key Insights ✅ Light as Informational Coherence — Reinterpreting electromagnetic waves as structured coherence oscillations rather than traditional wave-particle duality. ✅ A Unified View of Gravitation — Establishing spacetime curvature as a function of coherence gradients, providing an alternative explanation for gravitational interactions. ✅ Eliminating Wavefunction Collapse — Describing quantum measurement as a progressive decoherence transition rather than an abrupt collapse. ✅ Coherence as a Cosmological Factor — Suggesting that dark matter and dark energy could emerge from large-scale coherence structures rather than unknown exotic particles. ✅ Technological Applications — Leveraging coherence control to enhance quantum computing, optical systems, and precision measurement techniques. Keywords 📌 Informational Spin, Coherence, Quantum Mechanics, Wave-Particle Duality, Gravitation, Cosmology, Informational Potentials, Quantum Computing Reference 📖 Matuchaki, H. (2025). The Unified Theory of Informational Spin: A Framework for Light, Gravitation, and Quantum Coherence. Zenodo.🔗 https://doi.org/10.5281/zenodo.14789385