ValerieX/VXXX: A Symmetry-Based Reorganisation of Classical Buoyancy and Added-Mass Behaviour

ValerieX (VXXX) presents a testable, symmetry-based reorganisation of classical buoyancy and added-mass behaviour built around bounded density-state contrast, geometry-aware coupling, and regime-based motion realisation. The framework does not introduce a new measured force or reject classical mechanics. Instead, it reorganises familiar vertical-motion behaviour — including weight, buoyancy, free fall, suspension, rise, fall, and terminal motion — under a unified motion-engine interpretation based on density-state disequilibrium between substance and its surrounding environment. The formulation is mathematically continuous with recognised buoyancy and added-mass theory. Its central organising variable is the…