OC MPMM Magnet motor operation principle

[attack duck]

  Hi Esa - studying the SEG operation and it is reported to have one complete phase of sine wave AC for each 360 deg turn of a roller magnetically imprinted, in addition to the DC imprint axially along the
roller.  The fixed center stator is magnetically imprinted with a sine wave AC phase circumferentially around the stator along with a vertical DC imprint.  The rollers and stator are then 90 deg out of phase at all times.   So any radial movement of electrons from the stator starts the rollers turning, essentially a
two phase induction motor. 
  In the SEG, since the rollers are rolling AND orbiting the stator, each charge point on a roller follows a cycloidal path around the fixed stator.  This would cause changing acceleration and thereby the nested fields, correct?  In the OCPMM device the stators are simply rotating and therefore require an off center rotation to produce changing acceleration and the nested fields according to theory, is that right?