А давайте просто на зло паулите выростим клубникоредис

(#A) “Ultra-weak” photon emissions of IR and UV from living tissue; (well-known in
Russia since 1923, but largely ignored elsewhere).

А что, limarodessa, ортодоксы уже кончились - вернулся к копанию в мусорках?

Abstract
In the experiments presented the effects of transmitting
information derived from the growth hormone gibberellic acid
(GA) to peas over a distance of some meters have been
measured. Transmission of the biochemical characteristics of GA
was achieved through a carrier wave of approximately 6.78 MHz
running along a copper wire comparable to a strip line from the
gibberellic acid as the source of information to the exposed peas,
which reacted by a statistically significant enhanced root growth.
The measured averages of the germinating pea root lengths were
compared to control values, i.e. values corresponding to
untreated peas. While continuous GA transmission resulted in an
average increase of root length by approximately 50-60%, a
singular burst of 15 minutes could increase roots’ length by an
additional 42%, raising the increase relative to the control group
by as much as 125% in total. Both values could be established
with very high statistical significance. In a third experimental
setup, the peas were treated instead of a GA-signal, with an
apoptotic signal produced in two different ways: with a pulse
carrying the information of peas (a) either stored anaerobically
(48-100 hours) or (b) peas macerized and therefore
decomparmented. The almost total inhibition of root growth
showed, again with high statistical significance, that an
information transmission must have occurred remotely. The
molecule hypothesized should be cytochrome c, released by the
stress occurring during the apoptotical process. Some hypotheses
in technical as well as in biological respect are being discussed.
Keywords
Peas, Cell Communication, Signaling, Scalar Wave, Magnetic
Field.

Furthermore, there exists experimental evidence for scalar waves transporting information in biological systems: K.Meyl and H.Schnabl
transferred the information of gibberillinic acid to peas which resulted in a statistically highly significant acceleration of the germination process [8]. Nobel laureate Luc Montagnier sent the mere information of an intact bacterial DNA chain to corresponding DNA primers and achieved a correct
reconstitution up to a 75% level [10]. In a previous study, we could show that the analogue information transfer of clotrimazole is able to reduce
yeast growth in a statistical significant manner [1]. These positive results encouraged us to study also the effects of digital information in our yeast model.

ABSTRACT
Scalar waves (Tesla waves) represent a special class of longitudinal waves in electromagnetics according to the wave equation. The
extension of Maxwell`s field equations by the term of scalar waves is stringent since the experimental proof of magnetic monopoles
(Morris, 2009). The physical properties of magnetic scalar waves may qualify them as a means of signal transfer in biological
systems. By the help of an experimental kit producing a resonant scalar waveto be used as a carrier wave for biological information,
it can be shown that clotrimazole, a fungicide, exerts a growth inhibiting effect on yeast without any chemical contact. Possible
implications for medical purposes are discussed

Abstract
The evolution of genes is achieved via cellular communication based on the principles of resonance. Resonance between the DNA of cells requires not only the appropriate frequency and phase but also mirrored modulation of the transmitter and receiver using identical information. If the receiver is missing information that still needs to be transported, no interference or suppression of the resonance is allowed. In nature creating a predominance of non-coded DNA regions, which maintains and completes the resonance required in reading and writing of genetic information, solves this problem.

Keywords: Cell communication, DNA-wave, Introns, Resonance

Retraction of: “DNA and Cell Resonance: Magnetic Waves Enable Cell Communication,” by Konstantin Meyl, DNA and Cell Biology (2012;31:422–426)

Progress In Electromagnetics Research Symposium Proceedings, Moscow, Russia, August 19–23, 2012


Cellular Communication by Magnetic Scalar Waves
Konstantin Meyl
PIERS Proceedings, 997 - 1000, August 19-23, Moscow, RUSSIA 2012
[Full Text: PDF] Downloads: 3210

DNA generates a longitudinal wave that propagates in the direction of the magnetic
field vector. Computed frequencies from the structure of DNA agree with those of
biophoton radiation.
The optimisation of efficiency by minimising the conduction losses leads to the
double-helix structure of DNA\
The vortex model of the magnetic scalar wave not only covers many observed
structures within the cell nucleus perfectly, but also explains the hyperboloid
channels in the matrix when two cells communicate with each other.
Potential vortices are an essential component of scalar waves", as discovered in
7 990. The basic approach for an extended field theory was confirmed in 2009 with
the discovery of magnetic monopoles^^. This provides the opportunity to explain the
physical basis of life\
With this first introduction of the magnetic scalar wave, it becomes clear that such a
wave is suitable to use genetic code chemically stored in the base pairs of the genes
and electrically modulate them, so as to ^^piggyback^' information from the cell
nucleus to another cell. At the receiving end, the reverse process takes place and the
transported information is converted back into a chemical structure. The necessary
energy required to power the chemical process is provided by the magnetic scalar
w a v e i t s e l f .

The DNA generates a longitudinal wave which
propagates within the magnetic field vector. Computed
frequencies from DNA structure agree with bio photon
radiation frequencies as predicted. Optimization of
efficiency is done by minimizing the conduction losses
which leads to the double helix structure of DNA. The
vortex model of the magnetic scalar wave not only covers
the many observed structures within the nucleus but also
introduces the reader to the hyperboloid channels in the
matrix as two cells are then found to communicate with
each other. Physical results were revealed in 1990 which
form the theoretical basis of the essential component of a
potential vortex scalar wave. An extended field theory
approach has been known since 2009 following the
discovery of magnetic monopoles. For the first time
magnetic scalar wave theory best explains the
physical basis of life not only from the
biological discipline of science understanding
only. And for the first time this interdisciplinary
theory and provides a new understanding of
cellular functions that are explained such theory
depicting the complex relationships of nature.
The characteristics of the potential vortex are
decisive. Now using the concentration effect,
my theory provides a cellular miniaturization
view down to a few nanometers. This theory for
the first time allows a better understanding of
the outrageously high information density in the
nucleus. Magnetic scalar wave theory explains
how the dual base pair-stored information of the
genetic code is formed. The process of
converting electrical modulation into
“piggyback” information that transfers or is
send from the cell nucleus to another cell is a
revolutionary theory. Information transferred at
the receiving end during the reverse process
takes place involving a change in the physical and
chemical cellular structure. The energy required to power
the chemical process, is now understood by the extended
field theory to come from the magnetic scalar wave itself.
Keywords: Cell Communication, Introns, DNA-wave,
Resonance, longitudinal magnetic wave

Журналы в которых опубликовано рецензируемые.

Рецензируемые кем?

RESEARCH
Drug effects in yeast mediated by scalar waves

Ebbers JA, Meyl K
Scalar waves (Tesla waves) represent a special class of longitudinal waves in electromagnetics according to the wave equation. The extension of Maxwell`s field equations by the term of scalar waves is stringent since the experimental proof of magnetic monopoles (Morris, 2009).

Medical Science, 2014, 8(30), 58-62
Full Text | PDF

Digital Information Transmitted by Scalar Waves Effects Biological Response in Yeast

Johannes A Ebbers, Konstantin Meyl
Scalar waves (longitudinal waves) seem to play an important role as a carrier for biological information. Previous investigation provided evidence for the assumption that analogue information can be brought to effect in a biological target by scalar wave transport.

Medical Science, 2016, 20(78), 41-44
Full Text | PDF