Lenz's Law is the Overunity Killer

Resonance plays a very important role in excess energy. Resonance all in of itself is not free energy but is utilized to maximize the excess energy on the output. Very easy. Infinite energy begins at the moment of resonance, but we have to stress that resonance in and of itself is not excess energy.

Output energy is maximized, while input energy is minimized, this is what resonance is. The extra power from a shorted generator coil is above the energy contained within the resonant system.

[bridgetroll]

The portable diesel generators used to power large PA systems operate at a constant RPM even with the current draw being directly related to the volume being produced by the speakers. The reactive power appearing in the system is drastically more than the power required to keep the system operating while the PA is idling.

[johnchristopherdelegero]

we can reverse the effect and make it work with us and don't cause a resistance instead we harness its repelling power to work with our exciter.

[allanvrc]

What is best is to double wind the stator and then switch current through both to drag the magnet into alignment. The least energy (V*A) is used when the alignment is not totally perfect. A relatively high strength magnetic field is produced. In a usual situation this drags on the rotor magnets, especially because any output load lengthens the time the current flows and this produces magnetism.
The collapsing field at switch off produces a decaying 1 amp current which when rectified approximately 100 volts is stored in 400mF. A reverse pulse is then driven back through one winding against the flow with the current exceeding the other winding that is connected to a load. This reverses the magnetic field which repels the rotor or at the least allows it to slide passed with no attraction. An extra double wound inductor with uneven turns of 10 to 15 % is used to offset the currents in each winding. If current is also drawn through the stator windings and each winding of this inductor at the same time then the collapsing field is used to force a reverse current. Some current must continue in one winding to produce a transformer action. Up to 400 volts is produced and this determines the rate of change of the current to drive a load.

An ordinary transformer has very little magnetism in the core when driving a 100 watt load. It operates just slightly above the residual field with no current at all. It is best to have a gap to break the residual field. Driving down the field into the opposite polarity produces the best output.
The two windings are separate and there is an interaction, where, when there is high current in different directions there is no magnetic field because they cancel each other out. Only wire resistance is seen unless some magnetism is present. When the currents have the same phase the magnetism is strongest because they add together. High voltage is produced as back emf and it is the greater incoming voltage on one winding that allows a small current to flow that pushes down the magnetic field that is then active on the output winding to drive a load.

In a generator it is the strength of the field and the rate of change that produces an output. If a field is produced to rotate and then one winding current reversed at a high rate of change into an opposite polarity an output is achieved as the rotor actually increases in speed.

In the best situation no rotor is necessary.

[ziba]

I bet one day someone is going to discover the COMPLETE Lenz law reverse it has to do how wire & connect your winding

[johnchristopherdelegero]

you can find a way to cancel the effects of lenz law in the generator coil so it won't cause so much drag of resistance to the input while getting enough output to power it back .

[harryhasler]

I published a paper about how to negate lenz's law, titled "reverse lorentz force anomaly" (or similar), in the downloads section of overunity.com (may need an account to dl), pls read! Basicly when you draw current then the coil becomes an electromagnet which attracts an other magnet while the field strength of that other magnet at the coils position is decreasing (as in Moving away), and repells it when the field strength is increasing (as in getting closer). Just like a brake. Now there is a way to have the field strength increasing while moving away and decreasing while approaching a rotors magnet, which turns the lenz law drag (aka one manifestation of the Lorentz force) into a lenz's law DRIVE. Read it. And btw. Lenz's law is only an observation, an approximation, not a law. Lenz, Kelvin, Einstein just people who can be wrong . cheers dude.

[alocin]

Do you know how to make a magnetic diode? Use that techniques at the load side; your problem is solved and you will have 1000 times the output. That is the only way.

[daveparf]

You need high frequency to beat the lenz law.

[WTF_BBQ]

The only lenz free motor I know is the Wimshurst machine. It's just a b....ch to build one.