talks about coherent fields in the way of storing energy. He gives the example of
energy in a magnetic field like in a coil. When two similar coils have the same
current through them they each may represent one unit of energy. If then the same two
coils share the same space (i.e. wound on the same core) and still share the same
current they suddenly store four units of energy instead of the two units when wound
on two separate cores of still the same type. This shows that when the field becomes
coherent it stores double the energy of the same two fields when incoherent (separate
or just added). The trick is to input the energy as separate fields and then mix them
into a coherent field. This is what I believe
Pierre Cotnoir has achieved. Several
free energy devices are using this principle.
In a coil it is clearly seen that the field is
coherent as doubling the turns number quadruples the stored energy at the same
current. Doubling the turns number quadruples the inductance of the coil. The energy
stored in an inductor is (1/2)LI2. Thus quadrupling the inductance L at the same
current I quadruples the stored energy.
If on the other hand the turns number
is doubled by just putting two similar coils in series without having their magnetic
fields share the same space in the same direction the inductance is just added up
(doubled). Thus the stored energy is also only doubled. The trick is to input the
energy as separate waves and then mix the waves into a single coherent wave before
extracting the energy. Several free energy devices looks like using this principle
'The Principle of Inversion in The New Science - Chapter X - Forces.'
Energy in an inductor:
Do you think it is possible to have coherent fields in
Bifilar Coil for Electromagnets or like the modern version
Bifilar Electromagnet Experiment?
Best Wishes, Hermes
As long as separate turns of a coil shares the same current and the same
magnetic path of the core the resultant magnetic field is coherent. The current also
has to flow in the same direction around the core. Thus for a bifilar coil the current
has to go in the same direction in both wires to make the resultant field coherent.
It doesn't matter if the coils are wound in the same direction or in opposing
directions. Only the direction of the current around the leg of the core matters.
This is very interesting about these two
fields. I wonder if there is a simple experiment where we can observe this phenomena
for ourselves? Perhaps a bifilar Bedini coil can be used? Essntially, it is just a
solenoid wound with two twisted magnet wire filiments around a core, for ease of
availability, a bundle of soft steel wire gas welding rods, or straight. steel wires
you have handy. Yes, one could even likely use lamp cord, or speaker wire. How would
you wire up this test circuit?
wonder if there is a simple experiment where we can observe this phenomena for
Of course there is.
If not wanting to wind coils the
experiment can be done by using a 1 to 1 transformer. Use one with two similar
secondaries and leave the primary open. Just be careful not to touch the primary
during experimenting as any kick backs on the secondaries are transformed to the
original primary too.
To measure the energy stored in a coil there are two easy
ways. One is by calculating the energy when the inductance of the coil is known as
well as the current through it. The other way is by dumping the energy of the coil
through a rectifier to a capacitor to calculate the stored energy by knowing the
capacitance and the voltage across the capacitor. The current continues flowing in the
same direction it was started when interrupted (Lenz' law). The diode has to point in
Have something to limit the current.
Then let the current go through first one of the coils then through the other coil and
calculate the energy using any of the above mentioned methods. If the coils are
similar the stored energy is the same.
Connect the two
coils in series with the current going the same way around the core. The current is
adjusted to the same level as used by the single coils in part one of the experiment.
Then calculate the stored energy the same way as before. This will give four times the
energy of each of the single coils in part one of the experiment.
can also be measured directly by dumping the current through a rectifier to a resistor
and using a digital storage oscilloscope with multiplying and integrating functions.
The energy E in a coil and capacitor:
L is the inductance, I is the current, C is the capacitance and U
is the tension (voltage).
Best look at what results people have found when trying to implement these
ideas. Unfortunately for theorists, they cannot affect what actually happens in nature
by producing a nice idea. All these attempts to use "radiant energy" actually failed.
"Several free energy devices are using this principle." Not quite
right. These aren't free energy devices, they are attempts that don't work. You have
to look at the results, not what people thought would happen and can't prove.
Marathonman has not come back to say his
Figueras replication works, even
though he was absolutely sure he'd get it working a few months ago.
life. You have to look at what's actually happening, and not at the false claims.
Best regards, Simon
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