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Hodowanec Index
Cosmology Note (7-22-96)
I. Some More Speculations on the Mini-MRA
Even though I was only able to apply very limited effort on
the Mini-MRA device, I have released to you many thoughts and
experiments, some of which could be quite significant for an
understanding of the operation of this device. The viewpoints
are from Rhysmonic Cosmology and those of you who are quite
familiar with some of its premises should be able to
understand the following discussions:
Figure 1
A. Simplified Sketch of the Mini-MRA
Shown above is a very simple depiction of the peak one-half
cycle of the 'flow' of scalar flux in the Mini-MRA. In normal
theory, one considers that when energy is being 'stored' in
the capacitor's 'field', energy is being 'returned' from the
inductor's 'field'. Rhysmonic Theory goes well beyond that
simple statement and speculates that the capacitor 'flux' is
'exciting' the universe (or some component of it) and that the
inductor 'flux' is also 'exciting' the universe. That this is
so has been reported to you in many simple experiments and
some Notes and papers in the past. However, as depicted above,
these two flux components are 180° out-of-phase and also a
function of the resonant frequency. It is also emphasized that
good sinusoidal waveforms and resistive loads are necessary
for this circuit to work!
B. Further Remarks on This Operation
(1) While the intrinsic rhysmonic flux of the universe
s 'instantaneous' and 'omni-directional', there are also many
other 'directed' fluxes due to various universe and
terrestrial factors. A few common terrestrial factors are the
earth's G-field, E-field, magnetic field, as well as the many
components in the ionosphere and near-earth, due to emissions
from the sun, and possible other cosmic emissions.
Thus, the universe is a vast source of energy, both intrinsic
and also 'converted'. The converted energies are
presently being utilized, much of it being rapidly exhausted
and much of it polluting the earth.
(2) The scalar-type 'flux' being developed by the reactances
through the action of the driving source, i.e., the generator,
will be as shown by the solid lines in the depiction above,
while the interactions possible in the universe will be simply
depicted by the dotted lines while the orientation of the
reactances possibly could be directed for enhanced
interactions (say, with the earth's G- or E-fields), the
positioning, in general, will be immaterial, since there
always will be a substantial component of rhysmonic
flux in any direction. The 'driven' reactances will
'pump' the universe (or some component of it). Many past
rhysmonic experiments have shown this to be the case and such
'pumping' was found to 'magnify' the energy levels in possible
'resonance' in these interactions. The higher the drive level
of the 'pump', i.e., the drive, the higher the level of
interactions. Also, the longer the 'pump' acts, the greater
the level of interaction up to some limiting level.
This has also been proven in other simple rhysmonic
experiments, many of which have been released in the past, and
some of which were not! Since most of these
experiments are so simple, one only needs to perform them
(which I find many are reluctant to do so since they are so
unconventional!).
(3) Due to the nature of some of the 'directed' rhysmonic
fluxes, the performance of the Mini-MRA could vary with the
rotation of the earth, i.e., the time of day; but in general,
the interaction is found to be relatively constant. The
interaction is essentially between parallel scalar-field
components and thus one of simple superposition of fields
(potential) and thus only simple algebraic addition of flux is
required. While certain 'resonant' frequencies could enhance
the interaction with certain directed flux components, the
long time constant of these circuits compared to the very
high basic rhysmonic (intrinsic) frequencies will ensure
at least a measure of interaction at all the
frequencies of operation (provided resonance occurs).
(4) The flux interaction in the universe (depicted by the
dotted lines in the sketch) is repetitive at the
resonant frequency and thus should also complete the reactive
circuit (perhaps no line return may be needed?).
Therefore, the sensing resistor, RS, could directly
determine this reactive 'circulating' current. With the proper
design of the reactive elements and a proper frequency of
operation, this reactive current could be made many, many
times greater than the generator line current needed to
sustain this mode of operation. The reactive voltage across L1
would be icirc x XL1, and could be vary
large. However, due to the 90° phase difference between the
reactive voltages and reactive currents, no
appreciable dissipation losses will be sustained in this
reactive 'circulating loop'. The high reactive voltage in L1
can be transformer-coupled to L2, where this high
voltage could now drive a large real current (in phase
with the voltage) and thus develop large real power in
the load, RL. This has been confirmed in many
Mini-MRA tests, but again I must caution you that solid state
sources can react to the scalar fluxes being developed here
and thus distort the drive input and even destroy the source!
II. Conclusions
As usual, the above speculative remarks on the possible
operation of the Mini-MRA are primarily aimed at getting more
of you more actively involved in these simple tests. All
indications are that the MRA is for real and possibly
a great new source of space energy which will be both
inexhaustible and also non-polluting. While these exploratory
tests are yet at low levels, there is every reason to believe
that very high levels will be achieved with this technique.
Witness the Swiss M-L, which to me appears to be but a Super
MRA device!
Rhysmonic Cosmology is basically used in these discussions ---
it is a real science --- and many experiments have
shown it to be so. Much has been released to you in past Notes
and papers, both published and unpublished. Also, there is much
that has not yet been released --- to use the Swiss M-L
group's phrase, "Mankind may not be ready for it yet". In any
case, I wish you all well and continued good experimenting.
My best regards,