Macro Magnetic Resonance Experiments on Frequency Coupling , Force Manifestation and Energy Transfer

This work presents a series of macro-scale magnetic resonance experimentsinvestigating the relationship between electrical excitation frequency,energy coupling, and the emergence of physical force and motion in coupledmagnetic systems. Using paired electromagnets and permanent magnets,oscilloscope-based measurement, and Lissajous pattern analysis, theexperiments document consistent frequency-dependent behavior in whichmechanical force manifests at characteristic frequencies distinct from thedriving electrical signal. The study identifies repeatable constraints, including upper frequencylimits for force manifestation, material and mass dependence, and shiftsassociated with changes in local energy density. The work is presented asan experimental record with testable hypotheses and is intended to standindependently of any specific theoretical framework, while remainingcompatible with multiple interpretive approaches.