The Strong Nuclear Force as a Consequence of Constrained Probability Geometry

This work offers an interpretive, geometry-based explanation of the strong nuclear force. It argues that nuclear binding arises from structural resistance created by fused, highly constrained probability domains under confinement, rather than from an unusually strong attractive interaction. The framework is fully compatible with quantum chromodynamics and is intended to clarify the origins of confinement, saturation, and short-range nuclear strength.