Theories concerning Hans Coler's Stromerzeuger

[antigrav89]

But the basic experiments are laid out in an old scientific journal
By the British Royal society

Hi sm0ky2,

Do you have the reference of this article?

if my understanding of the phenomena you are talking to is correct, it would mean that a current (associated to a charge density wave or a energy density scalar field?) would flow through the air gaps (and possibly into the vacuum) between the magnet-coils, arranged in a ring in the Coler's M machine geometrical configuration, channeled by the magnetic flux lines to create a current loop. Such transport energy model has also been proposed for explaining Sweet Floyd's VTA operating mode. The role played by the magnetic medium would thus only be to collect and concentrate environmental magnetic energy (like a magnetic antenna) to reach the required threshold necessary to inititiate the transport energy process.

antigrav89

[antigrav89]

Vacuum fluctuations might also play a role in this scheme. If the vacuum can be described as a compressible fluid, constraints applied on it might force the vacuum fluctuations to have enough time to interact and stabilize themselves as real coherent entangled correlated quantum electron-positron pairs states.

Real photons might also been materialized from (stabilized) vacuum fluctuations into the ferromagnetic medium and transfer their energy to valence electrons that could be promoted to the Fermi conduction band and amplify the electric current.

[sm0ky2]

@antigrav


sorry, once I uncovered Ed's fraud I got lost in the Society's journals
There are literally tens of thousands of anomalous experiments that
never made public attention. One could spend a lifetime on this journey.


This particular effect has been studied in recent times by Intel and IBM,
among others. I'll try to dig up some data for you.


My experience with it, it is affected by switching or make/break circuit
a minimum current level is required, but can occur at as low as 6-12v


My curiosity here, is that when the circuit is active, and the magnets are
moved out of the original magnetic path,
are these free-space pathways present in this device?


If we had a device that was 'functioning' we could test this by probing the space
where the magnet first sat. As the pathways are semi-superconductive
along their length, and generally of substantial radius as to allow their detection.


another way to test would be to disconnect one of the wires to the magnetic
material. You will know if a magnetic pathway is activated because the circuit
will still be closed, though physically 'open'.