Added: 2 years ago
From: scotty7129
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  • What that means is that where your coil is most "perfect", you will see no reaction. Where it most deviates from perfect is where you will see external flux.

  • The problem is simple: in an ideal toroidal coil, ALL the magnetic flux is captured by the core. That is why the needle moves where there is no wire (an interruption in the flux), but not where there is.

  • : )

  • Nice video by the way. @User, I both agree and disagree with your statements. You are right that the rotation in both cases is in direct result to the pulses. Just one is reverse to the other. But in reality, both cases are free energy. The pulses are simply shorting out the battery and creating heat from resistance. All the rotation is bonus free energy I believe in both cases. Problem is does the free rotation in either case, outway the cost of dumping the primary energy in the pulse.

  • Let me give you my take on the big problem with the discussion on the OU forum.

    In a normal pulse motor, you pump in electrical energy for the pulse and the motor speeds up - you can see the cause and the effect.

    In the Steorn pulse motor, the rotor speeds up and then you pulse the coil with electrical energy to prevent the rotor from slowing down. The cart before the horse so to speak

    People think the latter is free energy. They are wrong, in both cases the electrical pulse gives the energy

  • @User

    I think you should take a look at Joseph Flynn's parallel path technology.

    Once you understand Flynn's working principal you will see where you are wrong.

    Boeing have a major financial investment in Flynn's motor etc so you can be assured it's the real deal.

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