higher efficiency Motor with electrodeposited pole pieces

Think of a simple magnetic motor, all the magnetic field motive activity occurs right at the outer perimeter of the winding where it pushes at the magnetic field of the surrounding

Ive read that pole pieces change and concentrate magnetic fields

Thus using some kind of electrodeposition of pole piece shapes on a prewound wiring (even over insulation) would create noticeably intensified magnetic field right at the perimeter causing greater push force to the surrounding magnetic field yet the pole pieces could just be microns thick electrodeposited coating on the winding.

It would look like sparkly glitter covered wiring from the tiled pole pieces electrodeposited on the outside of the winding.

Along with the microarea at the perimeter having higher magnetic flux intensity from pole pieces It is a thought that placing these pole pieces at the motive perimeter would "draw" more of the volume shape of the magnetic field towards the perimeter further increasing efficiency

There is another available benefit, magnetic generators at power plants have vast gaps between the rotating core and the outer field. Thus even if we create gigantic 1mm pole pieces It might give 1 to 5 pct higher efficiency at electrical generators which represents dozens or even hundreds of entire power plants energy worldwide