This white paper introduces a framework that connects gravitation and quantum structure through solitonic dynamics, implying a new understanding of fundamental forces.
This white paper introduces the Relativistic Field Curvature Soliton (RFCS) framework, a mathematically unified model in which gravitation, quantum structure, and curvature dynamics emerge from stable, self-organizing field configurations. RFCS formalizes curvature wells as solitonic attractors in a relativistic field manifold, derives particle-like behavior from harmonic curvature modes, and provides a continuous bridge between general relativity and quantum field theory. The paper presents the governing equations, stability conditions, geometric invariants, and validation scenarios, establishing RFCS as a candidate architecture for unifying local quantum behavior with large-scale curvature dynamics.
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gipson et al. (2026) studied this question.
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