Ferrites encompass a large body of magnetic materials. Does this photo (slide 6) show a slab of ferrite magnet? - probably. The long thin hat pin is magnetized and the plastic tube keeps the long hat pin magnet from flipping and is thus able to levitate. I don't see anything mysterious here. It is just showing that the ferrite slab is permanently magnetized.
However, if a permanent magnet is used as a transformer core, I am not sure what the result would be. It would certainly be nonlinear. In a passive device reciprocity is not guaranteed if a DC magnetic field is present. Bob Higgins On Thu, Aug 21, 2014 at 9:16 AM, Jones Beene <jone...@pacbell.net> wrote: > > Something similar wrt a non-stationary magnetic field happens with another > anomalous device – which is called the Manelas/Sweet device, mentioned here > before. There may be a non-obvious connection to LENR. A visual image of > levitation of a hat pin, above the magnet of this device, is seen in > slide-6, here: > > http://e-catsite.com/manelas-device/ > > > > I have one of these conditioned billets. The field strength on the surface > is not high, typical for a ferrite and it alternates in polarity across the > surface, and is fluid - in the sense of self-moving in certain areas where > the poles change. There is a focal point of highest field strength > purposely located above the center region, which is significantly away > (removed) from the surface. > > > > This magnet was the impetus which has pushed Ahern towards a theory of > “nanomagnetism” which is seen in both LENR and in exotic electronic devices. > > >
