I am conducting experiments on keeping pm magnets in air by interacton of a rotating magnet driven by small dc motor. Stability is basically provided by Mathieu eq. so there would be no 'new physics', I think. OTH, it provide new solutions to magnetic levitation by achieving stability on six degrees of freedom. I would like to have your suggestions on how this work woud be benefitable. Such a stable coupling between magnetic dipolar bodies excited me by possibity of similar interactions could exist in particle physics. Some of videos are at https://www.youtube.com/playlist?list=PL3KwdWTgl7fisd3h_tK1YLhFeuzkPATNt
While the clear shapes of magnets cannot be seen in videos, mostly Nd 10x10 mm cylendrical, 10 mm cube and smaller magnets are floated. In some tests spin of floating magnet is locked to base magnet by 1/n ratio, providing epicycloidal patten on floating magnet axis. These can be seen in some videos showing a laser beam reflected from magnet flat surface. Base magnets are typically oriented in rotating housing almost radially. Motor speeds are in 6000-22000 RPM range. H Ucar
