Part III - Interacting Coherence Wells: Substrate Dynamics of Gravity, Entanglement, and Orbital Stability
Part III - Interacting Coherence Wells: Substrate Dynamics of Gravity, Entanglement, and Orbital Stability
This paper extends the MID/QC framework into the dynamic regime, showing how coherence wells interact to produce gravity, orbital stability, entanglement, and quantum behavior. Building on the geometric foundation of Part II, it reframes these phenomena as emergent expressions of substrate-level coherence gradients. The paper introduces saddle geometries, coherence channels, tunneling behavior, and multi-well landscapes — all derived from simple, intuitive substrate rules. Designed for clarity and adoption, this installment completes the conceptual arc and prepares the reader for cosmological and technological implications in Part IV.
Coherence gradients, MID/QC, Tunneling, Gravity, FOS: Physical sciences, Systems Theory, General Relativity and Quantum Cosmology, Entanglement, Quantum entanglement, coherence wells, gravity, orbital stability, entanglement, coherence channel, decoherence pressure, quantum tunneling, MID/QC framework, substrate dynamics, multi-body systems, Theoretical Physics, Substrate dynamics, Foundational physics, Saddle geometry, Quantum tunneling, Field Theory, Scientific Frameworks, Coherence flow, Multi‑well dynamics, Emergent physics, Quantum Physics, Coherence wells, Orbital dynamics, Orbital stability, Physics, Substrate tension, Complex Systems, Interacting coherence wells, Coherence channels, Philosophy of Physics, Emergent Phenomena, Gravitational emergence, Coherence saddle, Nonlinear Dynamics, Coherence topology, Conceptual Modeling, Interdisciplinary Physics, Gradient forces, Foundations of Physics, Decoherence pressure, Multi‑body systems
Coherence gradients, MID/QC, Tunneling, Gravity, FOS: Physical sciences, Systems Theory, General Relativity and Quantum Cosmology, Entanglement, Quantum entanglement, coherence wells, gravity, orbital stability, entanglement, coherence channel, decoherence pressure, quantum tunneling, MID/QC framework, substrate dynamics, multi-body systems, Theoretical Physics, Substrate dynamics, Foundational physics, Saddle geometry, Quantum tunneling, Field Theory, Scientific Frameworks, Coherence flow, Multi‑well dynamics, Emergent physics, Quantum Physics, Coherence wells, Orbital dynamics, Orbital stability, Physics, Substrate tension, Complex Systems, Interacting coherence wells, Coherence channels, Philosophy of Physics, Emergent Phenomena, Gravitational emergence, Coherence saddle, Nonlinear Dynamics, Coherence topology, Conceptual Modeling, Interdisciplinary Physics, Gradient forces, Foundations of Physics, Decoherence pressure, Multi‑body systems
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