Electro magnetic wireless electricity
if someone could point me in the right direction that would be
  appreciated.


I'd start with this picture in mind: -



You can assume that the magnetic flux density, at some distance Z, is approximately the same at all points in the area of the receive coil and that gives your total flux (\$\phi\$) entering that coil. 

So the induced voltage is \$N\dfrac{d\phi}{dt}\$ where N is the number of turns on the receive coil.

You can use the calculator at HyperPhysics to save you a little bit of time. You can enter Z, current and diameter of your transmit coil.

You may find that you need to use two turns or maybe 3 turns to get what you want and, to help things along, it's usually more efficient to parallel tune the transmit coil to get a much bigger current.

Parallel tuning the receive coil is also a bonus for getting more voltage too. Add a bridge rectifier (use fast diodes of course), a smoothing capacitor and a regulator and you are about there.

If things are looking really difficult because of the distances involved I've used litz wire at both ends to improve resonance.