thank you for such wonderful feedback and the time you took
to post such an informative message! I am in the process of moving
from Canada to Seattle and will not have time to thoroughly digesting
it but will study it in depth once I have established myself in
Washington!
Again thanks so much!
Warm regards
Don
Matthew Redmond wrote:
>
> Hi Don et al!
>
> These are some notes from a post about an ORAC experiment I found at PORE a
> year or so back. I have it floating around the computer somewhere, but have
> a look at PORE, they probably still have it. If not I can send it to you
> (when I find it!).
>
> ====
>
> measurements mentioned below were made on an old Galvanometer with coil
> inside meter "NOT WOUND ON ALUMINIUM!!" Apparently if the meter coil is
> wound on aluminium it cannot detect the slight current. The meter used was
> pre 1940's (I think).
>
> Basically it was a coil in an ORgone ACcumulator (ORAC) hooked up to the
> above meter. It was found slight currents were measured on the above
> meter..and only on the above meter (other meters were made later without the
> aluminium, they also showed the current)
>
> (FOR THE ORAC...THE STONGER ACCUMULATING POWER THE BETTER!)
>
> Observations:
> -Coil best upright along inner wall or corner of ORAC
> -Flipping Coil end for end caused a slow reversal of current
> -Polarity due to position of coil relative to ORAC
> -When coil horizontal, current drops nearly to zero
> -when coil immediately outside ORAC, Simmilar though weaker results were
> gained. Became less the further away it was.
>
> Coils:
> -Best results from loosly wound helixes of copper wire with no insulation,
> and of large diameter
> -# of turns not matter so much. Single wire loop/bare copper strip work,
> though poorly
> -Polarity effect noticed only in coils. Current in single wire loops/strips
> almost random
> -Coils on Iron Core gave no indications on meter; wound on plastic gave
> slight indications; no core gave best indications
> -Insulation interferes in all cases
>
> Conductors:
> -bare single/multi-strand conductors work best
> -Soldered connections gave simmilar results as clip leads. Old clip leads
> with cadmium plating worn off give erratic readings.
> -all connections need to be clean and tight
> -crossing wires, even when insulated sometimes dampens the flow
> -copper, tinned copper, silver and gold work equally well (diamagnetic
> materials)
> -aluminium, steel and Iron seem to block flow entirely (para and
> ferromanetic materials).
>
> Resistors:
> -Resistors in series dampens current, though higher ohmage does not cut back
> current any more than one of lower value.
> -Resistors in parallel with coil or galvanometer would not decrease measured
> current, but would sometimes reverse polarity of it!
>
> Other notes:
> -when water in tin or ceramic cup brought near ORAC, flow of energy from
> ORAC to meter was decreased immediately. Dunking one end of a lead into the
> water, draping other end in ORAC made current drop faster, usually to zero.
> -placing hands on ORAC increased current.
> -moving coil in ORAC in any direction made current momentarily jump, then
> settle in a slightly higher level.
> -The current seems to be a steady state flow with only minor, very slow
> fluctuations.
> -Current is conducted by soft, diamagnetic metals, resisted by para or ferro
> magnetic metals
> -Organic material in the form of insulation or carbon resistors appears to
> hinder, absorb, or dampen the current
> -The un-electrical current is able to develop a reaction force with a
> magnetic field, and cause a deflection of certain un-shielded D'arsonval
> meter movements
> -The level of current induced or generated within the helix or loop varies
> with the responces of the enclosed ORAC to classical external orgonotic
> stimuli.
>
> ====
>
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