Well, sort of...
YouTube - Free Energy " One of a Kind Device "
6A, 200V Full-Wave Bridge Rectifiers - RadioShack.com
I used a 1/2" X 12" round iron bar. I wrapped RG6 Cable 3 layers deep (Meiers coil pattern).
The device.

Post rectification resolves to 104.3v AC/67.2v DC (braided), 75v utilizing the core wire (measure point, exit full wave bridge rectifier). This device appears scalable.
I used the iron bar because that is what I had on hand, also utilized the RG6 Meier coil that I made the day before. I would like to hear from others what components that they try, and what results they get. Lorrie's original design called for a Brass bar and 26 gauge magnet wire.
Although the energetic source is the 120v hot grid wire, there is no circuit contact, hence my "wireless power" claim. Is not all power... relative proximity wireless?

Notes:
The grey wire is a ground (AC).
The white wire is connected to the braided shielding of the RG6 (AC).
The red wire is positive (DC)
The yellow wire is negative (DC)
The hot 120v lead is connected via a magnet to the iron bar (on right)
The other end of the RG6 is not connected to anything.
YouTube - Free Energy " One of a Kind Device "
6A, 200V Full-Wave Bridge Rectifiers - RadioShack.com
I used a 1/2" X 12" round iron bar. I wrapped RG6 Cable 3 layers deep (Meiers coil pattern).
The device.

Post rectification resolves to 104.3v AC/67.2v DC (braided), 75v utilizing the core wire (measure point, exit full wave bridge rectifier). This device appears scalable.
I used the iron bar because that is what I had on hand, also utilized the RG6 Meier coil that I made the day before. I would like to hear from others what components that they try, and what results they get. Lorrie's original design called for a Brass bar and 26 gauge magnet wire.
Although the energetic source is the 120v hot grid wire, there is no circuit contact, hence my "wireless power" claim. Is not all power... relative proximity wireless?

Notes:
The grey wire is a ground (AC).
The white wire is connected to the braided shielding of the RG6 (AC).
The red wire is positive (DC)
The yellow wire is negative (DC)
The hot 120v lead is connected via a magnet to the iron bar (on right)
The other end of the RG6 is not connected to anything.
). Of course a digital read-out power company meter would be alot easier to read than the old spinner /magnet type (and likely more accurate). Of course some1 could always hang a current clamp-on on the Service Line at the breaker box... But these usually have 1% or worse accuracy which might prove problematic here since the potential diff current draw is so low... Even if you unplug the fridge and AC first
Comment