Could this be of use as a 'touchplate' in a radionics
detector or is there some connection to the tacky
feeling as you drag your finger across the plate?;
http://www.sciencenews.org/sn_arc99/8_21_99/fob6.htm
In a new study, they show that a polymer can switch
from sticky to not-sticky with just a slight
temperature change. ...(they) created the new
adhesive by combining two types of polymer molecules.
Both have long carbon backbones with side groups
poking out like the legs on a centipede. The side
groups of one molecule contain hydrogen atoms while
the other’s contain mostly fluorine atoms. Because
fluorinated polymers repel both oil and water, they
provide the nonstick coating for cookware and the
waterproofing for shoes and clothing.
At room temperature, about 25°C (77 degrees F.), the
two molecules organize themselves in neat, alternating
layers to form a hard material.
Raising the temperature to 35°C (95 degrees F.) melts
the polymer, which can be considered a liquid crystal.
"The change is very dramatic," Leibler says. The
polymer switches to its sticky state as the
temperature increases by just 2°C (35 degrees F.).
Conventional adhesives, by contrast, lose their
tackiness only if they are cooled to about –40°C.
--------------------
....For those who might not know, radionics refers to
using an amplifier connected to a witness container
that holds the sample to be checked out.
Basically the machine has;
an input well to hold the sample
a bank of rheostats or potentiometers to allow tuning
an amplifier
an output device in the form of a touchplate
the touchplate can be a piece of rubber or plastic
over a metal plate, or it can be a varnished metal
plate
it is called a touchplate because as you stroke your
fingers over it, you will feel a bit of drag from the
friction of the plate surface against your fingers
when the radionics device is exhibiting a positive
(YES) response, as you drag your fingers over the
plate, you will notice a decided INCREASE in the
resistance to motion, the plate becomes 'tacky'
The idea is that all mass emits a complex of
frequencies which form the signature for that mass.
When a person thinks 'gold', there is apparently some
kind of 'noosphere' link to all other people so that
gold has the same meaning thus the same signature when
you think of it.
By putting a piece of gold or a sample containg a
small amount of gold in the input side of the
radionics device, you can think of gold as your target
question, asking mentally, over and over, is gold
present in this specimen....you adjust each one of the
rheostats or pots as you do this until your fingers
experience the drag across the plate which would
indicate YES. Then you go to the next rheostat/pot,
mentally ask over and over, is gold in this specimen
and do so until you get a YES response..and on and on
until you have set all the rheos/pots...you write down
the numbers from the dials on the rheos/pots and that
becomes the 'rate' or signature for gold on your
device.
Using this query system, you can also ask for
quantities, however, you must phrase all questions as
YES/NO responses since you only have a binary
detector...sticky or smooth...
No one knows for certain what is going on to cause the
sticky reaction and it is highly subjective so can be
affected by emotion or predispositions, therefore its
not too reliable except in the hands of a skilled
practitioner.
I have read theories suggesting the tactile stickiness
of the plate was due to an ionic/electrostatic change
across the surface of the plate, which means it should
be quantifiable using a meter, however, the person
must be part of the circuit since the body is used as
a kind of sensor/filter to get the answers.
After all, it does use an amplifier though some claim
just the pattern drawn with conductive ink on a piece
of paper will yield the same responses as a powered
hardware circuit.
I don't know or pretend to know, but I did have a
machine made by the late Jerry Gallimore which uses
galvanic skin response and I could never get it to
work worth a flip.
Since the body must be part of the circuit, that
doesn't mean it couldn't still be connected by a wire
or electrode, but still use a meter to read whatever
kind of signal is happening on the plate.
That is why I thought this temperature change in
polymer that altered the tackiness might be useful or
related to radionics.
I'm thinking that when we have resonance between the
mentally repeated question and the signature/rate of
the sample, then there would be additional energy
flowing between the circuit/sample and the fingers,
which could possibly create focussed heat, more than
ambient and thus make it tackier as in this polymer.
It's probably more a fricative response where friction
increases between the molecules of the fingers and of
the touchplate, possibly some kind of out of phase or
even in phase energy response on a micro level, but
enough to make us sense it as a sticky sensation.
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Please respond to jdecker@keelynet.com
as I am writing from my work email of
jwdatwork@yahoo.com.........thanks!
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