The Vallée Synergetic Generator
The Carbon-Based VSG Free Energy Experiment
Buch der Synergie - Achmed A. W. Khammas
The Vallée Synergetic Generator - The VSG project by JL Naudin
La théorie Synergétique : Une solution à la crise de l’énergie
Une synergie pleine d'énergie
Le générateur synergétique du Pr René-Louis Vallée
The Synergetic theory: A solution to the energy crisis - Courtesy of Franck and
René-Louis Vallée
The Vallée Synergetic Generator working principle. These diagrams are published free -
Courtesy of Franck and René-Louis Vallée
THE ELECTROMAGNETIC ENERGY, MATERIAL AND GRAVITATIONAL - The basis of Synergic theory
by Rene-Louis VALLEE Engineer E.S.E.
The Synergy Theory of Electro-Magnetism
Radiation Basics
WHO WILL DARE REFUTE SYNERGETICS?
While the first
synergetic generator has just worked, official science continues to ignore the work of
Pr. Vallée. This is all the more serious as the work leads to energy independence. We
therefore ask researchers to pronounce themselves unequivocally on the value of the
synergetic theory.
Since a theory only has value if it is confirmed by
experience, synergetics was tested this summer in Belgium. The results are positive.
For the first time, a power amplifier has operated with the sole external source of
energy coming from the universe that surrounds us and belongs to everyone.
The
generator built at Morstel by Eric d'Hoker returned four times the power given to it,
which in itself constitutes a disconcerting result, and quite inexplicable within the
framework of ancient theories of physics. Because nothing is lost, nothing is created,
and the additional energy found at the exit had to come from somewhere.
However, this additional energy apparently coming from nowhere undeniably confirms the
synergistic theory of Pr. Vallée, whose basic hypothesis is the following: the
interatomic, interstellar and intergalactic spaces of the universe, usually considered
as empty, are in reality the seat of an electromagnetic activity intense, and
non-material, with continuous distribution, and which results from the superposition
of distinct elementary waves propagating in all directions at speeds generally not
very different from each other.
We can translate this hypothesis in a more
convenient form by saying that the structure of space is energetic. Matter can
therefore exchange energy with space, and this has just been confirmed by Mortsel's
experiment. What's more, this energy is limitless, and the device that captures it is
relatively simple.
For our readers, this information is not new. It is now a
year and a half since we gave a brief outline of the synergetic theory (February 1974
issue). More recently, at the beginning of this year (January 1975 issue) we took up
the subject of the failures of nuclear fusion controlled by the Tokamak system,
failures predicted and explained by synergetics.
Before coming back to this and
to the Belgian experience of this summer, we must look into a rather curious problem:
the absolute silence with which this new theory was received. Certainly, it disturbs
many acquired knowledge and shocks many dogmas; but that no one among the specialists
in fundamental physics has dared to give an opinion – for or against – is puzzling.
Because the articles in which we questioned not only the CEA, but also some
famous names in French science, did not elicit the slightest response. Unique case in
the annals of our review. If tomorrow we write an article to explain that the EDF is
wasting its time, its energy and the users' money building power lines high voltage
while an engineer succeeded in putting the current in bottles, we would immediately
receive a corrigendum to publish explaining to us, either that the process is known
but inapplicable, or that it is valid but too expensive, or even that it this is pure
fabrication. It would obviously be the same if we were to write that pharmaceutical
companies are fooling people since seawater cures everything, or that it is ridiculous
to build 4-wheeled cars when with two caterpillars it would be so better.
With
nuclear physics, which nevertheless mobilizes time, energy and taxpayers' money, none
of this. Apparently, no one dares to reply to Pr. Vallée; for finally, the synergetic
theory opens up such vast perspectives, in such a simple mathematical framework, that
it deserves to be taken into consideration. Or it is true, and it must be said, and
all nuclear programs modified accordingly; or it is false, and it must be proven.
This is no doubt where the difficulties begin: to prove that a theory is
inaccurate or erroneous, one must already take the trouble to study it, and, moreover,
possess the knowledge necessary for this critical study. The silence that surrounds
this theory can therefore only be explained in two ways: or those responsible for
fundamental research do not even bother to study synergetics, and they fail in their
mission; or they do not have the required knowledge, and that is even more serious.
What makes it difficult to accept is that Prof. Vallée's theory is known in
high-level scientific circles; Of course, he meets sympathizers there. Apparently, he
does not meet the slightest opponent since no one has dared to officially declare that
this theory was inaccurate, false, tainted with contradictions or even completely
absurd.
It is true that whoever wrote this to us would have to prove it, so
would have to discuss the problem with Pr. Vallée. And it must be said that the latter
is a formidable rhetorician, who has already turned over certain adversaries, yet of
the highest level, if only about the paradoxes of general relativity. We understand
better then why no one dares to contradict it anymore, but obviously this tarnishes
the beautiful image that official science wants to give of itself.
His silence
is no longer that of indifference, but that of embarrassment and a certain lack of
courage: if after all Vallée was right, as experience seems to prove, what would we
say after the fact of his opponents?
We are therefore going to begin by
recalling the basics of synergetics, before seeing the astonishing perspectives that
it opens up to the problem of energy. At the start, the principle of coherence which
is stated as follows: all the phenomena of nature likely to be apprehended
experimentally in the universe are coherent; which means that they all depend, more or
less closely and through more or less less complex, each other manifesting itself,
each, as the local result of a universal dynamic.
They cannot therefore, in any
case, in space and in time, be in contradiction with the state of the universe such as
it must be at this place and at this instant. This statement makes it possible to
clearly distinguish a physical phenomenon from any mathematical model that can be
given of it. One can, in fact, represent the laws which govern the known physical
phenomena only by mathematical expressions of equivalence, within the limits allowed
by the measurements, while trying as much as possible to reduce them to simple
implicit functions where cannot appear only quantitatively defined, effectively
measurable and physically reproducible parameters.
In principle, the progress
results, when the experimental results require it, by the addition of a certain number
of new parameters, necessary for a more exact and finer expression of the laws
described. Science would move towards more complexity, a thesis that opposes the
search for unity.
The synergetic theory achieves the synthesis between these
two opposing tendencies by introducing — and this follows from the principle of
coherence — the quantitatively defined notion of synergy, thus extending the principle
of conservation to open systems. We are going to summarize this notion quite briefly,
because its complete description requires a good knowledge of electromagnetism.
This time, we cannot even refer our competent readers to Pr. Vallée's work,
because it is currently out of print. Here then is the restricted statement: Any
physical phenomenon can be considered in isolation as resulting from the interaction
of two energetic media thus defined: one of these media localized in space and in time
can, quantitatively, be expressed by an equivalent mass m, called Maupertuisian mass,
associated with the limited domain where the manifestation of the phenomenon studied
is circumscribed; the other medium, linked to the physical space of reference, which
consequently contains the phenomenon itself, can be defined, in its global interaction
with the medium of mass m, by the synergetic potential c2, square of the speed of the
light in the reference medium.
The total energy S, or synergy (since it takes
into account all the energies), which can be associated with the phenomenon studied is
then given, by the fundamental relation of the synergetic theory (established in 1905
by Einstein, but unfortunately reduced to a narrow concept of energy equivalence of
matter). S = mc2. The speed of light therefore characterizes the physical reference
medium; it cannot consequently, being linked to a potential of interaction, represent
an invariant a universal in spite of very weak variations which escape, in the
majority of the cases, with the precision of our measuring devices.
The void is
full of energy. To return to diagrams that are easier to grasp, the synergistic
hypothesis leads to considering physical space as a substrate made up of
electromagnetic vibrations, in the sense of Maxwell, forming the frame of the
non-material universe; which amounts to saying that each wave propagates in a
non-material medium constituted by all the others and which, by the very logic of
things, is eternal. To all of these diffuse cosmic waves which make up the medium,
must correspond a considerable energy density.
Thanks to the calculation made
possible by the Newtonian approximation, it is in fact possible to determine a
difference of 16,000 kWh in a volume of 1 m3, empty of matter, taken from the surface
of the earth and the same volume belonging to interstellar space near our solar
system. Let us mention that these radiations which constitute the energy of diffuse
are of very short wavelength (2 to 3 times 1014GHz) and that matter originates within
the diffuse cosmic medium when the electric field, randomly due to its statistical
fluctuations, reaches the limiting value of 38.67 V/m.
Matter is therefore only
diffuse energy locally trapped and maintained in this form by a phenomenon of
resonance with the free diffuse energy. This cannot therefore grow indefinitely at any
point in space, the creation of matter playing the role of energy regulator.
The interaction between matter and energy was known from relativity, but it finds
there a much more satisfactory explanation. First of all, the void, in the geometric
sense, does not exist; it is just a convenient concept in mathematics. In reality, all
of space is constantly traversed by a rain of radiation coming from all directions and
carrying much more energy than solar radiation, although being fundamentally of the
same nature, i.e. say magnetic elect.
We know that a wave is characterized by
two parameters: its amplitude and its frequency. For example sound waves are strong or
weak, low or high pitched; the waves of the diffuse energy are also more or less
strong, certain frequencies transporting more energy than others, and it is
interesting to draw the curve indicating the quantity of energy transported for each
frequency. Just as we could, for example, play all the notes of a piano together, but
not all at the same strength, and we would draw the curve giving the sound power for
each note, that is to say each frequency.
And when we plot the diffuse energy
distribution curve, we obtain a mountainous profile whose highest peaks correspond to
the frequencies of the neutron or the proton, the two most massive elementary
particles. There is nothing surprising in this since, as we have said, matter remains
in this form only by resonance with certain frequencies of the diffuse energy; the two
most energetic frequencies therefore ensure the cohesion of the two heaviest
fundamental particles.
The electron and the deuteron (a proton, a neutron,
forming the nucleus of deuterium) correspond to two other peaks of the curve, of which
all the other peaks ensure the cohesion of the increasingly heavy nuclei. But these
peaks of the curve are less and less high as the frequencies increase, The stability
of an atomic nucleus is therefore linked to the more or less intense electromagnetic
interactions between the frequency proper to this nucleus and that of the
corresponding diffuse energy.
However, the agitation of the diffuse medium
during its statistical fluctuations, can cause a nucleus to pass from one state of
resonance to another by releasing energy in the passage in electromagnetic form in the
form of a particle, or in both forms. at a time. This suggests a possibility of direct
use of diffuse gravitational energy, the available reserves of which are quite simply
inexhaustible.
To pump a little in these reserves, it appears that nuclear
reactions involving ß radioactivity seem the most suitable. Energy considerations
indeed show that during a ß decay, it is the diffuse medium that does the work. The
key to the whole energy extraction set lies in the reconstitution of a radioactive ß
element.
According to the chart of half decay times and energies released by
disintegration of elements and isotopes, carbon 12 appears among the basic elements
one of the most interesting since its isobaric (same weight of the nucleus) boron 12
gives ß energies of 10 MeV on average. In more classic terms, with an efficiency
coefficient t of 10-5 (1 atom out of 100,000 in reaction) and an overall yield of 20%,
the continuous reconstitution of carbon-12 by disintegration of boron-12 provides 8 kW
per gram. Twenty grams would therefore provide 160 kW, or 217 horsepower, which is the
power of a Porsche Carrera.
By making this montage, the Belgian Eric d'Hoker
proved that it was possible to draw energy from this unlimited reservoir constituted
by the electromagnetic waves of the universe. He thus paved the way for synergistic
generators, veritable inexhaustible high-power batteries.In the device shown here,
current from a battery charges a capacitor, which is then discharged through graphite
sealed in the glass between 2 iron electrodes.
In the absence of current in the
orientation winding, only the energy sent to the primary is collected at the
secondary, minus the usual losses, ie approximately 1/2 CV2. If we raise the current
in the winding with the rheostat, we note from a certain threshold that the current
collected by the vanometer gal is 4 times stronger, i.e. t 2 CV2. This additional
power comes from the diffuse medium from which the energy has been taken through the
carbon, as predicted by the synergetic theory.
The counter-experiment made by
replacing the carbon with another conductive element no longer shows the slightest
multiplication of power at the secondary. IMPORTANT: the assembly presented here has
never had the approval of RL Vallée. We can refer to the experiments of JL Naudin
carried out in February 2005 cf.
The Vallée Synergetic Generator - The VSG project by JL Naudin
It is
therefore carbon that was chosen for the first synergetic generator designed by the
Belgian E. d'Hoker. How to produce boron 12 from carbon? By a simple reaction
predicted by theory and confirmed by controlled nuclear fusion tests; we have already
treated the subject (January 1975). Normally free electrons within matter are
attracted to positive nuclei and tend to orbit around them; in classical physics, this
is their only possible behavior.
On the other hand, we demonstrate in
synergetics that we can achieve something much more interesting: to make the electron
fall back on the nucleus through intense magnetic fields, parallel and in the opposite
direction to electric fields. This fallout of electrons on the carbon-12 nucleus
transforms it into boron-12, radioactive, which returns to the carbon-12 state by
releasing part of the diffused energy collected in the medium by the radio activity ß.
It remains to extract this ß energy in a practical form. We know, since the
work of Lee and Yang, that the ß emission takes place in a preferential direction,
that of the magnetic field. The additional current thus created can be used by the
Joule effect, or even better by braking the electrons in a secondary winding which
will directly supply an alternating current.
The experiment carried out in
Belgium was intended to verify this pattern; an electrical capacitor was charged by a
battery and then discharged through a short carbon stick — in the form of graphite.
This first circuit constituting the primary of a conventional transformer whose
secondary was connected to a ballistic galvanometer. In addition, the graphite was
housed in a winding intended to create the magnetic field in the same direction as the
electric field.
In the absence of current in this rolling up one recovered with
the secondary the energy launched in carbon, with per-your usual specific to any
transformer. On the other hand, by also sending the current in the winding surrounding
the carbon, therefore by creating the necessary magnetic field according to the
theory, we modify the power received at the secondary by a factor of 4. We therefore
receive 4 times more power. 'energy that we put at the entrance, the diffuse medium
being of course at the origin of this multiplication of the watts.
For the
moment, it is only a laboratory machine of reduced power; but it contains the whole
principle of a generator pumping the diffuse energy that surrounds us. It suffices to
take from the secondary the current necessary to maintain the reaction in the carbon
and we will have an eternal electric generator whose only cost will be that of its
construction: coal, copper wire and iron; add a simple electronic assembly to control
the input current and that necessary for the supply field so as to obtain the desired
frequency; and that's all.
There is even an even simpler experiment, but one
that Pr. Vallée advises against to laymen because it risks being as random as touching
a small mixture of glycerin, nitric acid and sulfuric acid in the room. Here it is:
take a stick of carbon like there is in any ordinary round battery and plug it at both
ends into the current outlet, interposing a light bulb on the circuit to make
resistance. Make a winding of conductive wire around the carbon and also connect it to
the current outlet by interposing a mounting such that the magnetic field created by
the winding is in phase, but opposite, to the electric field.
If we just hit
the right values of the electric field or magnetic field, we will collect the modest
power of 8 kW per gram of carbon.It is therefore an experiment to be attempted with
certain precautions, because if it is in principle exactly similar to the Belgian
experience, amplifying the power of the 220 V sector a hundred times risks creating
surprises. So let's stay for the moment with the small experimental generator, seeing
in it the beginning of the greatest revolution of the century; energy independence.
It will indeed be enough at the individual level, to have a modest 100 kW
generator to provide lighting and heating for an entire house. The same generator will
suffice to drive any large car well beyond 130 km/ h. Farewell oil, coal, uranium and
waterfalls; farewell also to immense fortunes and colossal profits. So, ultimately,
who slows down the diffusion of synergetic energy?
POWER SYNERGETICS
FOR ADVISED DIYERS
It is an easy assembly to make: a stick of
carbon taken from a round battery is connected to the sector by interposing a bulb
which serves as a resistor. Around the carbon, a copper wire winding also connected to
the mains through a D assembly which ensures the phase opposition of the magnetic
field thus created and the electric field in the graphite. If the electric
field/magnetic field pair is well chosen, the power taken from the mains is multiplied
at least a hundred times. To be handled, therefore, with care, chance can do too well
things.
- Renaud de la Taille.
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