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The Series "Energy
From The Vacuum" is
without a doubt a
brilliant collection
of technical
information DVD's.
Radiant Energy has
been around in
theory for over 100
years. Nikola Tesla
was one of the first
to coin the term and
use it widely. The
problem is not many
know what it is or
how it works. After
many years of
research and then
reading the book
"Secrets of Cold War
Technology" I had a
few things fall into
place in my mind.
I have been, for
years, a Bedini
Monopole enthusiast,
building many Mono
Pole motors for
myself and in the
last few months
having some good
results from my
latest versions.
Moving onto the next
level I decided to
take on board Floyd
Sweets quote
"The
summation of the
losses due to
resistance,
impedance, friction,
magnetic hysteresis
and eddy currents
and windage losses
of rotating
machinery will
always reduce
overall efficiency
below unity for a
closed system.
"
Although the Bedini
Mono Pole Energiser
is an open system
and is an excellent
machine with
fantastic
efficiency's and
easily measures
COP>1 it is open to
the sceptic with
closed minds to say
"This is Perpetual
Motion and cant be
done" even though
the device is
working right in
front of their very
eyes. Solid state is
an beneficial for
many reasons. I
think you could name
them all if you are
reading this page.
The Engineers all
try to get rid of
this energy in the
circuits by simply
using a diode to
short out the
Radiant Energy. You
will see this in
many circuits
especially high
voltage circuits.
The Engineers say it
is to protect the
device that the
diode is put across.
You will see it in
this form:
This is just an
example. As you can
see the diode is
across the coil to
stop B-EMF or C-EMF
depending on
terminology you
prefer. So this
tells me that there
is a problem
straight away
because the power in
the circuit can
easily go far beyond
the maximum rating
of the components in
the circuit
depending on the
circuit ratings. So
where has this
conversion or more
accurately appetence
of this energy come
from? As the Great
mr John Bedini says
no meter can read
this Energy but the
Oscilloscope can. It is
dangerous but with
low energy circuits
the finger is the
only other device
that can measure
this Radiant Energy
in the circuit.
The above circuit is
how this Radiant
Energy is collected.
This circuit will
charge the capacitor
slowly with each
pulse of the
transistor Q1. XFG1
can be substituted
for a 555 timer
circuit. Make sure
C1 is a high voltage
capacitor if you are
going to leave the
circuit going to
long time. The
bigger the Spike on
the Scope the higher
voltage can be
reached on the
Capacitor. So no
moving parts,
minimal voltage
supplied from the
source battery you
can get a very large
voltage out. You
could replace the
Capacitor with a
battery like Mr
Bedini does if you
want and recharge
another battery.
Very simple.. There
are lots of
variables in this
circuit to get the
best result.
1: Use a Mosfet with
as high ratings you
can. 1000v 20 Amps
or even more if you
can get them. This
Mosfet must have a
fast rise time, the
faster the better,
Like Mr Bearden said
Sharp Gradients. You
wont ever need this
rating in these
circuits but it
seems the rating is
better if it is
higher. The most I
have used is 12 v at
1 amp. This is
higher than it needs
to be though.
2: Use a coil with
as high resistance
as possible. I am
getting a very good
result with a
resistance from 0.45
gauge wire at 68
Ohms. Wind the coil
as tight and neat as
possible. My circuit
only draws 66ma 12v
input. You want to
draw as little Power
as possible and
still get as high as
possible output. I
can see on the scope
up to 700 Volts. The
spike will fluctuate
a bit.
3: IMPORTANT. This
circuit MUST NOT
have any path to
ground directly. You
will get no output
if you do. Radiant
Energy will run to
ground if it gets a
chance and go no
where else in your
circuit.
If you follow these
three steps this
will give you a good
result. I am not
guaranteeing you get
a good result first
time but with a bit
of persistence you
will get a good
result and see some
good charging very
quickly if you play
around with it.
Frequency is
something that helps
with output. I have
found a good
Frequency range at
about 50Hz - 200Hz.
Higher Frequency
sometimes is not
better. I am no Expert in
this field and am
still learning everyday I only want
to share what I have
found, by purely
Experimenting with,
and researching the
technologies that
are freely available
on the net and in
Library's.
Disclaimer: This
circuit can be very
dangerous. Please
take care touching
the circuit while in
operation.
Potentially LETHAL
VOLTAGE. HYIQ.ORG
takes no
responsibility for
harm to ones self or
damage to ones
equipment. This
information is given
free to the public
of the world and is
not for
COMMERCIAL USE.
This information is
not be sold or
bought.
_____________________
To reach new
horizons...
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