Pulsing an iron-core by running electrical-current through it ?

[postingsite]

What actually is the most efficient way to pulse an iron-core, which is normally pulsed by the coil in which the core is placed .

   - Could a more efficient method to pulse an iron-core,  be to run a pulse of current through it,  the same( amount ) of pulsed current that was going to be run through the coil in which the core was normally placed  ?

   -  You would still require a coil ( maybe with a different number of windings or thickness ) around the core, to collect any energy gain,  unless,  there is some other method to collect that energy gain  ?
         
    -  Could an alternative method to collect energy gain from an  iron-core,  be to attach two wires to it,  and then pulse the core via some method which does not use those two wires ( maybe by attaching a third and fourth wire to the core in order to pulse it )   ?

    -  Would this alternative method of pulsing an iron-core,  result in more surplus output from the  iron-core  ?

[postingsite]

    -  Could an alternative method to collect energy gain from an  iron-core,  be to attach two wires to it,  and then pulse the core via some method which does not use those two wires ( maybe by attaching a third and fourth wire to the core in order to pulse it )   ?

   Four wires running to and from the iron-core,  probably not logical,  since any surplus output from the iron-core would also be collected in the output wire of the first pair of wires used to pulse the iron-core .

[aussiebattler]

It looks like you have re-invented the transformer. Perhaps you could patent it.

[postingsite]

Any company that thinks I invented this idea ( and that I can prove it ) would already have contacted me, everyone knows who I am  etc 
   (  I already contacted most of the companies over 2 years ago,  regarding  non-overunity ( and yet suppressed fields of design ) designs,  but I already knew I would have no success
   
I think there may be people on this site who do make money from tech on here,  selling  self-powered-motor-generators or even solid-state-self-powered-generators,  magnet-motors just can not compare with these
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I'm really curious if,   pulsing an iron-core by running electrical-current through it,  and the alternative methods of collecting any energy gain,  that I posted on this thread,  if they actually work or not .

You'd think maybe not,  since apparently electricity actually only flows across the surface of conductors including metals,  and also,  maybe you'd really have to be on the outside of an iron-core to collect the most of the amplified  magnetic-field  .

However,  what if,  in metals,  there is always electricity flowing in all random directions,  and when you pass a current through it,  you make the big mass of an  iron-cores  electrical activity only flow in one direction,  the result being an energy gain .
   Or maybe some other type of cascading effect,  the result being an energy gain

[postingsite]

Some overunity,  or power-amplification  ideas .

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  1 -  Pulsing an iron-core by running electrical-current through it ?

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  2 -  What if you keep a piece of quartz permanently bent, and then run direct-current through it,  for some reason I think this configuration may amplify the current .
         (  I also remembered,  some time ago I found a thread on some website,  about someone that seemed to have discovered this configuration and was very surprised at the  current-amplification it produced,  and all the responses on that page said he must have made some sort of mistake, and that it was not possible. 
             Since I did not note the website etc,  I was not able to locate that thread again .

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  3 -  What about rolling coated( insulate-coating ) thin-copper-sheet, or other metal sheet,  into a coil,   so with all that increased surface area, for inductance,  could it function as a power amplifier ?

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    4 -   Below, I have attached a diagram of a very simple capacitor-and-coils-with-cores-generator  design.
        NOTE - Not all of the wiring in that diagram is completed,  I don't know how to complete it,  I have no experience in this field,  etc .

         -  It relies on using very-small-capacitors,  since for some reason I think that the smaller capacitors are,  then the more efficient they are ( maybe because bigger objects are more dense, and therefore larger capacitors lose more energy to the environment in the electromagnetic-pulse they generate .
         -  It also relies on power amplification through coils-with-cores,  obviously requiring correct different windings on the output-coil ( number of windings, thickness of wire,  spacing between windings )
         -  It also relies on the fact( I assume ) that even though all the capacitors will be identical,  there will still be a slight difference in the time each one needs to charge up,   so that capacitors will always ( usually ) be discharging at different points in time,   so I think that is why this device would keep on running as a  self-powered-device.

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