Reinterpreting Classic Physics Experiments Under the Space‑Phase (SP3) Framework

Many foundational physics experiments were performed and interpreted under a tacitassumption that space is an empty backdrop. The Space‑Phase (SP3) framework insteadtreats space as a conditionable medium with stiffness gradients, memory, relaxation, andlocally self‑adjusting transport properties. This paper reinterprets several canonicalexperiments—Michelson–Morley, Cavendish torsion balance, double‑slit interference,Pound–Rebka redshift, atomic orbital spectroscopy, LIGO strain detection, andMercury’s perihelion precession—showing that they do not rule out a medium; they ruleout only a specific wind/wake ether. Under SP3, the same experiments become coherentprobes of medium behavior and motivate a unifying pattern: apparent “forces,” “waves,”and “time effects” are recast as local space‑phase conditioning plus history‑dependenttransport.