Giantkiller moves forward into Full Heterodyning.

[zerotensor]

Would that be similar to the early exp that consisted of  An iron wire stretched the length of a room, with a movable copper coil wound around it on a spool?
The ends of the copper hooked to a microphone and the user spoke into the mic while moving the copper coil along the iron wire. Call this Encoding/modulating
In turn one could now put a speaker on the ends of the copper wire walk the coil along the same path from start to finish and hear the "recorded voice track" from the mic. Call this Decoding/demodulating .. 

The experiment you cite demonstrates a different sort of memory -  same concept as a magnetic tape recorder.  In fact, some early magnetic recordings were made using iron wire as the recording medium.

What I am talking about is generating mechanical waves in the wire by pulsing the coil wrapped around it.  Lets start with the same setup, with a long wire and a coil.  We speak into the microphone connected to the coil, causing the wire to experience a time-varying torque there.  The torsional wave travels down the wire at a certain speed.  A coil wrapped at the other end of the wire and hooked up to an amplifier reproduces the input, but the output is delayed relative to the input due to the finite propagation speed of the mechanical waves in the wire.

Here's where I venture into "hypothesis land":  I suggest that, given the right kind of modulation, a voltage is induced between the ends of the wire.  By coiling the wire into a loop and matching the fundamental frequency of the input coil to the time it takes for the sound wave to make one circuit, positive feedback occurs (like a number of well-timed pushes on a swingset), and a cascade of free electrons "surf along" on the resonant waveform.   These "kicks" are collected with a capacitor.  A small portion of the stored energy is used to power the control coil, while the rest can be diverted into a load.

[sparks]

    @gK


    Here is a blueprint you may recognize as being an "original" computer  design.  (See if you can find the double helix used in our programming.)


  @ Acer

     The Avatars all look like us.

[innovation_station]

hey guys thought i would fill you in on my next steps on my thin wall ed, tesla, emery,mpi,bendini, etc etc  tpu thingey i have been slowly building

i used the audio black wrap because it was handy so i took 22 ga wire and wraped 1 wind in each slot all the way around my core this will be my feed back supply voltage to self supply after speed builds up or perhaps we call it ramp up  any how i then took 28ga solid magwire and i wound ovet each wind of 2 ga with 1o turns so i guess it will be a 10 to 1 ratio in this coil control to feedback supply both are wound in the same dirrecton and opsite dirrection to the collector now when wound all the way around i will have a massive bucking control coil and i then took garden wire and wraped it over the control/feed back windings in the same dirrection as well

not done it yet

we shall see what happins ...


ist

i will post a pic in a bit 

[giantkiller]

As another route
No iron core,
no magnets
Steel core
Copper controls.

On the first run the steel would not be magnetized. After power up it would be. Now we have our permanent magnet in place and our magnetic core or flux capacitor.
The magnet swipe in the open tpu is equivilant to the Bedini SSG motor kick to start things.
The air gap could sit anywhere on the any of the tpus. Who would've have known what to look for back then?
The iron core tpus would get warm. The GK4 got warm. Iron core, copper primary, copper secondary. The primary and secondary swap places with respect to the pulse level.

There are 2 patents referenced in the title 258767 & 266757. It is either a smoke screen, reference to people or some item.

--giantkiller

[innovation_station]

pic

ist