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Information bioelectromagnetics
Introduction and definition
Basic state of art
Theory
Our work
Introduction and definition
Increasingly
the researches in homeopathy and the related fields reveal
the reality of the phenomena of information processing in
water and electromagnetic fields. Many researches on a wide
international scale are going on. But as yet there is no generally
accepted hypothesis of the water memory though there is an
interesting an challenging hypothesis stemming from the quantum
field theory. It seems that the water memory is based on coherent
endogenous EM oscillations in water. However, it seems that
the phenomena of this kind do not limit themselves solely on
water and chemical substances where they were observed for
the first time. Therefore we need a new science whose research
field would cover the before mentioned phenomena and would
be an enlargement of the present scientific fields of homeopathy and digital
biology . We called this new field of science and technology information
bioelectromagnetics ,
combining information, biology and technology. In this new field we are
studying how to capture, store, transmit and reproduce (express) molecular
or biological (physiological information). Of course, there are many possible
scientific approaches to the before exposed research problems, so the field
needs many scientific groups and areas (directions).
Basic state of art
It is known
from physics and chemistry that substances have specific
absorption and electromagnetic emission spectra. They may also
have characteristic phonon vibrations. However, according to
contemporary academic physics, no kind of vibration, be it
electromagnetic or sound, can be stored in a water medium for
even a very short time. Yet the phenomenon of homeopathy and
digital biology and their serious scientific research demonstrate
that at least some specific molecular vibration structures
may be stored in water for a very long time indeed. Among open-minded
scientists there are several hypothesis as to how molecular
structures or their presumed field patterns can be stored in
water (the phenomenon
of water memory). Not one of them explains
the phenomenon fully.
Some recent findings further corroborate the hypothesis
of water memory. For instance, while using a technique
called thermoluminescence Swiss chemist Louis Rey made
a very important discovery that when diluted to homeopathic
levels, salt solutions change the structure of hydrogen
bonds in water . A research group from Naples, Italy found even a thermodynamic
reaction of homeopathic dilutions of acids and bases, which was published
in Annals
of the New York Academy of Sciences .
Theory
We believe that the phenomena
of homeopathy and water memory indicate coherent phenomena
in nature. An hypothesis based on quantum
field theory (see
also an article by Hameroff )
says that the memory might be stored in water through the excitation
of long-lasting coherent oscillations specific to the substances in
the homeopathic remedy dissolved in water. Interaction of water molecules
with other molecules changes the collective structure of water, which
would in turn determine the specific coherent oscillations that will
develop. If these become stabilised and maintained by phase coupling
between the global field and the excited molecules, then, even when
the dissolved substances are diluted away, the water may still carry
the coherent oscillations that can "seed" other
volumes of water on dilution. And somewhat the oscillations may at
least in some cases cause similar effects as the substances themselves.
The research of various teams including our own demonstrates even more,
namely that these field oscillations can be captured by electronic
means, transmitted through a wire, stored on a computer disc, and reproduced,
enhanced and imprinted in water or even via sound.
Our work
Jerman I., R. Ružič, R. Krašovec, M. Škarja, and L. Mogilnicki. 2005. Electrical transfer of molecule information into water, its storage and bioeffects on plants and bacteria. Electromagnetic Biology and Medicine, 24: 341-353.
I. Jerman: Information
processing in water and fields, in Proceedings of the
6th International Multi-Conference Information Society -
Cognitive Sciences, Ljubljana, Slovenia, 2003.
R. Ružič, I. Jerman, M. Škarja, L. Mogilnicki: Biological
effects of electromagnetic information
imprinted into water, in Proceedings of the 6th International Multi-Conference
Information Society - Cognitive Sciences, Ljubljana, Slovenia, 2003. [see
also slides from the presentation, PDF, 114 kB ]
I. Jerman, R. Ružič, M.
Škarja, R. Krašovec: Transferring
Molecular and Field Information, material
for the invited lecture at the International Science Festival
on Orkney Islands, Sept. 2003 [PDF,
3.5 MB]
I. Jerman, R. Ružič, M. Škarja: Effects of electromagnetic information imprinted into solid material, in Proceedings of the 7th International Multi-Conference Information Society - Cognitive Sciences, Ljubljana, Slovenia, 2004, in press. [PDF, 179 kB]
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