No on with a PhD in physics, or any engineering discipline has figured out the TPU either.

 I am new here so feel free to shoot me.
 I remember the leadskinin perminent magnet holder from another site. I never felt much like wasting all the wire or time to wind one so I used an electro magnetic break from a wheel chair motor to see the effect. His idea was that for the electric magnet to hold it's field and current he had to close the north and south poles of his magnet with another piece of iron plus close the windings to one another. Which in his eyes meant the current was running round in the windings for ever or until the added bar across the north and south poles were removed at which point the current was lost or that a load could be applied to the windings which also ate up the stored current. It was interesting that he said the current and or field must still be in motion in this closed arrangement while it was being stored. Hence the name perpetual motion holder.
   Looking at this tpu unit on the video and not having a Phd but being of mechanical mind. I have remembered many things which have been discribed or defined which I do not completely understand except for the basic concept. Like a magnet does not run out of power when stuck to iron object (maybe one day it will after a few hundred years) that a magnet will resist being pulled away from an iron object seemingly increasing in it's attracting force.
  If these are true and not just wrong observations looking at the videos and the positions of the vissable parts and external shape of the unit. Could it not be functioning simular to Ed's perminant motion holder. If the two outer rings were actually wound to have two windings oposite with the lower ring off set in reference at 45 deg and the path of the current was a closed loop in such a way that it resembles a figure 8 path switching from lower ring to upper ring then a pattern of motion which has both X and Y movement like to wheels that wobble but are set to cancel out each others individual wobble. The up and down wobble or if you like when the field changes from the lower ring to the upper ring wouldn't that be a potential field with out exhausting the current traveling the rings or teroids. It seems in my mind that would also produce a gyroscopic effect with the magnetic fields reach around the device or the space just around the device. If that wobble was at the right rate if speed it might even lock onto the earths field sort of the same way a scope latches onto a frequency. I doubt it.
  Im not 100% sure but I don't think you can make a gyroscopic effect with out spinning mass. To do so with out mass may require fields rotating on two planes that intersect leaving a space between them in two locations.Between those spaces should be a place where a potential rotating field would exist no? There may also be some form of a fulcrum advantage with relation to distance traveled around the path compared to the distance of separation at the two furthest point apart.
  Im still thinking about the gyro effect and what it would take to make it in a massless system. Any thoughts? Am I way off? Maybe some one has an explanation with some sort of prior experience in electronics that can explain how you can make a gyro with out spinning mass. Perhaps a gyro with several planes can be arranged to provide several differences of potential which feed into each other out side of which a much stronger field supported in N,S,N,S,N,S~ can be tapped.
  If you cant picture it think of the obits around an atom. They seem pretty reliable.

       Below is an attachment of  an illustration of what I believe are the dynamics involved when a tpu runs.  It is a cutaway view of the torriodial shaped magnetic field surrounding a functioning tpu.  I am in the planning stages of building a tpu that will use a solid ring to carry the vortex current.  Instead of coils wrapped around the ring I am going to sandwich the  vortex ring between an open ring  powered by a hf square wave power supply:  and a grounded ring powered by the hf power supply.  The rings will be more like open disks than rings.  I will also be using a collector plate positioned above the tpu and drawing current between that and ground.  I will post plans as they are formulated.