Experiments - An Alternative Interpretation of Advanced Experiments based on Density Displacement

This work concludes the physical trilogy on Density Displacement as a unifying principle of gravitation, light, and matter. Following “Gravitation – An Alternative Theory of Gravity as Density Displacement in Space” and “Why the Quanta Never Existed – Alternative Interpretation of Fundamental Experiments through Density Displacement,” this paper reinterprets the central optical and mechanical experiments of modern physics — including those of Michelson & Morley (1887), Fizeau (1851), Sagnac (1913), and Michelson–Gale (1925) — under the premise of a continuous, self-regulating density field. The analysis demonstrates that the so-called null results of ether experiments do not disprove the existence of a medium, but reveal its coherence with the Earth’s motion. Each observed effect — from partial light-dragging to interference shifts under rotation — can be described as a manifestation of field inertia and internal density adjustment, rather than relative motion through empty space. Extending this perspective to the double-slit experiment, the study shows that the apparent duality of wave and particle arises solely from the energetic interaction between observer and density field: every measurement alters the density it seeks to describe. Together, these findings establish a consistent model in which space, mass, and light are expressions of one continuous phenomenon — the dynamic balance of density. Physics thus returns to its origin as the science of equilibrium, describing not the forces between things, but the flow that unites them.