Hermes Free Energy Coil!

Buy 6 magnetic steelbolts, 12 screwnuts and one 1 roll of adhesive tape. Copper Nails and one particle board. Soldering iron and solder. 6 Permanentmagnets, Copperwire and sandpaper.

Cut the particle board in two pieces. Drill 6 holes for the bolts. Put the adhesive tape on the nongroved parts of the bolt and where the nut meets the bolt.

The original coil: wind a single layer on the bolt, cut the wire. Sandpaper the ends and solder the ends to two copper nails.

Two coils in parallel: wind both coils one single layer. Connect the wire ends in parallel. Note! wind the coils in the same direction.

Two coils in parallel electric and magnetic serial: wind both coils two layers. Each coil on the half distance. Connect the wire ends in parallel. Note! wind the coils in the same direction.

The serial coil: wind the coil two layers.

Hermes Free Energy Coil: wind both coils two layers. Connect the wire ends in parallel. Note! wind the coils in the same direction.

Two coils in parallel electric and magnetic serial: wind both coils four layers. Each coil on the half distance. Connect the wire ends in parallel. Note! wind the coils in the same direction.

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If you compare the original coil with Hermes Free Energy Coil. In theory you will found they have the same resistance, the same inductance, but the turns is four times the original coil. Is this the holy grail of Free Energy? You build and test it! Connect the low power permanent magnets to the electromagnetics. Use low voltage, high currents

Best Wishes, Hermes

P.S here are some useful links:

Series and Parallel Experimenting with Electromagnets

Joseph Henry

Inductance

Electromagnet

Magnetic Field

Lenz Law

Series and Parallel Circuts

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Hermes Free Energy Push-Pull Motor

My motor is an improvment over the Windsor Motor. My motor uses a driving rod with permament magnets at the ends, facing elektromagnets. Right permanentmagnet is facing right electromagnet. A capitor discharges through a diode making the right permanentmagnet move to the left. At the same time back emf is recovered to the battery through a diode from the right electromagnet. When the left permanentmagnet is moving towards the softsteel of the left electromagnet, an emf is built up in the left electromagnet charging the battery through a diode. When the driving rod has traveled all the way to the left. The left electromagnet is firering from a capitor discharge and the driving rod moves to the right and the right permanentmagnet is attracted to the softsteel of the right electromagnet making a emf charge the batteries through a diode. That is it. Build it and test it for your self! Here you can see the combusting engine who gave me the idea of the electromagnetic push-pull motor!

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