Directional Nuclear Fusion

Introduction In directional physics, a particle is defined by an internal confinement containing a set of vibrating strings connected to a directional nucleus. During nuclear fusion, two confinements enter deep interaction, causing extreme compression, geometric deformation, and redistribution of internal tensions. This document presents a fundamental phenomenon of directional physics: the migration of strings from one confinement to another, which enables the formation of heavier particles and complex nuclear structures.