Wild & crazy Caduceus Coil interpretation

[resonanceman]

@resonanceman-MAYBE SWORDS ON EACH SIDE COULD BE THE PLATES OF A CAPACITOR BUT...... I DONT KNOW ANYTHING ABOUT WHAT HAPPENS WHEN YOU DO THAT?

Pyrodin

That is not  what I think  the swords mean . 


I do think  that bi metal  is part of the answer
In this case I think that the  center   has an iron winding and a copper  winding .
And  an iron core.





I made a large  capacitor  with  alternating   copper and  galvanised sheet metal plates .
Just  sitting on the table it  creates   .5 V  but  no power
I havn't found a good dialectric   yet .
If I charge it up to 20 V it  all bleads  off in a few seconds
At that rate ......when I find the right  dialectric  to stop the  blead off .......I expect to  get some power out of it ....and higher voltage .


gary

[resonanceman]

@resonanceman-MAYBE SWORDS ON EACH SIDE COULD BE THE PLATES OF A CAPACITOR BUT...... I DONT KNOW ANYTHING ABOUT WHAT HAPPENS WHEN YOU DO THAT?

Pyrodin

That is not  what I think  the swords mean . 


I do think  that bi metal  is part of the answer
In this case I think that the  center   has an iron winding and a copper  winding .
And  an iron core.





I made a large  capacitor  with  alternating   copper and  galvanised sheet metal plates .
Just  sitting on the table it  creates   .5 V  but  no power
I havn't found a good dialectric   yet .
If I charge it up to 20 V it  all bleads  off in a few seconds
At that rate ......when I find the right  dialectric  to stop the  blead off .......I expect to  get some power out of it ....and higher voltage .


gary

Just thought  I should add

I do believe that the Testatica  uses  a  coils inside of capictors    fromm my experience they would  give alit higher power   if the caps were bimetal            The  first   time I saw a  picture of a  bi metal   cap I was reaserching  the Testatica  .....I have tried but I can't find that  page anymore .

These   coils  within  caps are the large cans that  you see on the Testatica


gary

[jeanna]

OKFolks,
Here is the drawing I promissed.

I made this to use in the stubblefield posts that needed pictorial backup.

Today, I duplicated the image and flipped it and made the top layer a bit translucent so you can see the top 2 layers. Normally, of course you would only see the top layer. This then shows,

1- the central core piece which is made of iron,
2- the first layer of paired copper and iron windings going one way
3- the second layer of same but going the other way.

It does not show
the secondary or any of the wires as they are connected.

You realize, I know, that the secondary adds 2 more wires on the top of this.

The only unvariable regarding the ends of these wires that Stubblefield defines in his patent is that one pair of the copper and iron must stay "disconnected so as to preserve the character of the wires as electrodes of the voltaic couple." [we are working at sorting this out. If you are interested please join at the stubblefield (bifilar) thread.]

This is a very small version. As it developed he was able to power large installations with larger versions. The voltaic part doesn't decompose from the usual electrochemical activity and the whole thing (really a generator, not a battery) continues to serve for years. (according to witnesses at the time.)

Also, let me add - remind, that the photo I posted yesterday of several of these in the yard, is the outside of the whole thing, and what you are seeing in the photo is the secondary with the (I believe) capacitor on top.

If any of this is unclear, please ask. It is pretty complicated, not to mention brilliant.

jeanna

[Koen1]

Thanks Jeanna

How is that capacitor connected? Is it connected to the secondary or to the
caduceus, or to the core even?

I was reading from Beardens old book "energy from the vacuum" the other night
(couldn't sleep and if you've read the book you know it helps )
when I came across an interesting passage about bifilar coils.
To quote Bearden (page 229, chapter 6.2):

Another possible method of producing modulated internal stress potentials is by
use of a biwound coil with two windings, so that the two currents through two
equal "superposed" coils are equal and opposite. [...] It is the deliberate production
of two equal and opposite force fields, which is, in fact, the creation of a stress potential
and extra stress energy. By varying the magnitude of the Lorentz forces comprising
the stress potential, the stress potential is varied in amplitude. Hence the concomitant
longtitudional EM waves are varied in amplitude. A biwound coil is a variable Lorentz-
regauging coil, a priori.

By oscillating the magnitude of any Lorentz regauging (which in the simplest case is
simultaneously charging both opposing fields equally and oppositely), one can make
longtitudional EM waves. By appropriately modulating both Lorentz regauging components,
one can make longtitudional EM modulations upon those concomitant longtitudional
EM wave carriers.

With some careful tuning and adjustment and a little nonlinear material in the core,
one should be able to have the superposed appositive magnetic fields lock together
(modulate rather than add) and produce a magnetostatic scalar potential
stress signal in and from a nonlinear core material. [...]

[...] If we compare the stress potential oscillation (wave) to a sound wave, the
similarities suggest that the stress potential oscillation can be treated as a
longtitudional EM wave, if the two superposed opposing EM waves "lock together".
Simple addition is insufficient; modulation is necessary. Hence the nonlinearity of
the conductors and core material is of significance.

For instantaneously propagating potentials and pure longtitudional EM waves,
any conceived difference between the two becomes somewhat academic.
The characteristic of interest is the instant appearance of the input energy
at multiple points via a multiply connected space.

To the ordinary observer, use of a quantum potential and multiply connected space
measurably yields a fantastic energy amplifier. One furnishes one joule, and
gets out -say- 1,000 joules in those distant locations altogether.

So what Bearden says is that two exactly equal and opposite fields, if fluctuated
in exact harmony, create longtitudional EM waves (Tesla again!), which "look like"
instant production of potential (charge) in several places, and can be used to amplify
the energy by scalar coupling with the quantum realm...

He doesn't really explain how this energy should be absorbed and used,
but it seems this may simply be possible by just adding a pickup coil in the
stress potential field...

If there are longtitudional EM waves, we can't only make and send them,
but we can also receive them... And since they fall outside of the "normal" EM
wave spectrum and cannot be "seen", any received longtitudional wave
will look like a sudden increase in energy in the system. (This system must
obviously be a scalar receiver, with opposing fields in a coil arrangement
to furnish the initial longtitudional wave coupling and allow the system to
"feel" the modulations in stress potential)
It seems like an interesting approach to look into a scalar receiver much
like the scalar transmitter Jean Naudin built. Just a receiver, no transmitter,
and a form of pickup coil or wire to "capture" the radiant energy.
(Tesla's "radiant energy" was supposed to be longtitudional in form, if I recall
correctly? Hehe Caduceus Tesla radiant energy receiver? )

In that light, the griffin caduceus picture can be interpreted as:
- the griffins are two drive coils. They are oppositely wound around the
"greater core", and fed with current from the same battery terminals.
(current in them is equal, electrical polarity is equal, magnetic fields opposed)
- the snakes are a simple caduceus with the tails connected and the heads
ending in a capacitive ball
- the central rod may still be an iron core
- the swords may represent the "greater core" laminate
The idea is that the griffin coils are wound around everything else, much like
the secondary in the Stubblefield. The griffin coils are fed current, and generate
a so-called "stress potential".  In this "stress potential" field, a suitably wound
coil can receive "stress potential waves"; in this case the caduceus would
"feel" longtitudional EM waves like a normal coil "feels" normal EM waves.
Capacitors can (temporarily) store this potential.

This is just a wild idea and several other variations of interpretation are possible of course.

[resonanceman]

- the swords may represent the "greater core" laminate

WHat  is a greater core laminate?   




To me   Beardens     modulating  rather  than adding  sounds like  resonance   .

gary