Gravity as Constraint‑Gradient Orientation develops a relational mechanism for gravitational behavior grounded in the propagation of orientation within a continuous generative field. In this framework, gravity is not a force or a geometric primitive but the directional bias that arises when constraint density forms a gradient across the field. Orientation updates propagate asymmetrically through this gradient, producing coherent motion toward regions of higher constraint density. Gravitational attraction, inertial motion, and field‑level coherence all emerge from this single mechanism.The paper situates gravity within the broader operator‑stack architecture, where light, quantum behavior, classical stability, and energetic interactions are unified as expressions of orientation propagation under varying constraint conditions. By interpreting mass as a region of high constraint density and gravitational influence as the structural effect of asymmetric constraint geometry, the account dissolves the need for dual ontologies or separate gravitational laws. The result is a mechanism‑level redefinition of gravity that integrates seamlessly with the relational framework and provides a coherent foundation for understanding gravitational phenomena across scales.
Denis Bailey (Sat,) studied this question.