Anyone remember a movie called 'the Fly', the modern version with Jeff
Goldblum, not the Vincent Price one?
When he takes a lady to his lab to show her his transference machine,
she is amazed at how he could be 'such a genius' and build all of that
equipment.
His response I thought was very intriguing. He said he was a 'systems
integrator', he simply came up with the grand design of the machine,
then had the sub-assemblies contracted out. He would take the base
module, then figure out what each other assembly needed as to
interfacing them all together into the full device.
Wouldn't that be a neat thing to do? Figure out what you want the
machine to do, devise an overview of what it would take to achieve that
end, then simply contract out the work to the engineers, machinists and
other specialists who would build the sub-assemblies.
I don't see this grand scenario happening with a co-op lab, though there
will no doubt be experts who will be consulted to help with specific
questions or problems.
There is certainly much I don't know, but as my brother-in-law says, you
can 'cobble' together something enough to see if it will work or not,
then have it professionally done. One thing that I certainly will keep
in mind is to NEVER TINKER WITH THE ORIGINAL WORKING DEVICE, build
another unit.
Dan Davidson said he and his brother had built what appeared to be a
working Moray unit when they were teenagers...they didn't have the money
to build another unit and figured they could greatly increase the power
output if they modified the circuit.
That modification ruined whatever effect was going on and they were
never able to duplicate or recover the original. Yep, another spook
story but Dan says it is so because it happened to him personally.
==================
With regard to projects, there is one I'd love to work on, that is the
solid state f/e circuit which some claim to have, but they won't go
public with it. From the descriptions, I am told by one inventor that
his team has identified the parameters of each transistor, capacitor,
diode and how they relate in the circuit.
He doesn't say what any of these are but from a batch of 50 apparently
identical components you should get at least one that possesses the
necessary qualities.
Now, he does say it uses a small encapsulated antenna which means it has
to be tuned to 'something'. Therefore, I would think the higher the
gain of the transistor and the wider the frequency response (though it
would probably be useful to have it most sensitive at one peak), the
more desirable the component. Possibly one of the Schumann peaks, maybe
even 7.8 cps??
Now with regard to Keely and mass aggregate resonance, as in a room
temperature Bose Einstein Condensate, if all the components have a
spectral response that centers around a given frequency, then when all
those components are combined into a circuit and tuned for that
resonance, there might well be anomalous power based on slight additions
of resonantly coupled energy that reinforces (phase adjusted) each of
the other resonances for a swing type overunity (kid on a swing).
IMO, it is resistance and impedance that are the enemies to resonance
and pure transfer of energy, as in extraction of energy from incoming or
ambient frequencies. Because of this, each of the components must be
supremely responsive at this mysterious target frequency and the device
AS A WHOLE (Keely's mass aggregate), must be tuned to that frequency.
It is also possible there is a range of frequencies around this central
frequency which are being tapped....all freqeuncies are picked up by all
masses, though the strongest amplification is at or near resonance, as
on a Bell curve (or harmonics or octaves of that resonance).
That is why it is necessary that all the components fulfill a set of
amplification parameters (high beta)...germanimum transistors seem to
possess this very high gain...well, I might seem like I'm babbling here,
but I'm trying to express it as clearly as possible. I think some time
spent with a spectral analyzer and a variety of solid state components
would definitely point to something that could be used.
-- Jerry Wayne Decker / jdecker@keelynet.com http://keelynet.com / "From an Art to a Science" Voice : (214) 324-8741 / FAX : (214) 324-3501 KeelyNet - PO BOX 870716 - Mesquite - Republic of Texas - 75187