Yes, Dave, very good ....
Geometry was sacred because contains information.
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Is the Magnetic Field around a Wire Harvestable Free Energy?
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Half of the Answer is knowing the right Question
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Lost
Hi All,
I'm lost ,how can the positive of the battery be connected to the end of a coil, and the negative of the same battery ,be connected to another coil ,that is only wound ,1 over the other?
And be able to draw power off of the unconnected ends of the coils, not together but separately.........just lost
I'm running the take offs' through a bridge and charging a secondary battery things are getting hot but , the 2nd battery is charging....
Sorry this Q sucks ,but I'm not very good at expressing myself
Just lost...shylo
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Transients. The BediniSG works by such. He (and others) call it "Back EMF". That is not true. When power is applied to a coil, a magnetic field forms, since the field forms, it's represents a change. That change drives a transient spike. The rate of change (time it takes to form the field) when power is applied is slow thanks to Lenz Law. However when the applied power is disconnected, the rate of change (time it takes for the field to collapse) is fast. This drives a massive transient as the field collapses at a velocity approaching C. Lenz Law is not in effect as the circuit is open, current cannot flow.Originally posted by shylo View PostHi All,
I'm lost ,how can the positive of the battery be connected to the end of a coil, and the negative of the same battery ,be connected to another coil ,that is only wound ,1 over the other?
And be able to draw power off of the unconnected ends of the coils, not together but separately.........just lost
I'm running the take offs' through a bridge and charging a secondary battery things are getting hot but , the 2nd battery is charging....
Sorry this Q sucks ,but I'm not very good at expressing myself
Just lost...shylo
If you connect a capacitor to the coil, current will flow as now there is a rate of electrical field change which drives amperage. Now if the coil also acts as a capacitor.....see the video I posted on page one I think
P.S. I worded my response incorrectly The strength of the coil's field is 75% stronger for the same applied power in watts compared to a normal coil, however the actual power STORED in the coil that drives the transient after power is disconnected is multiplied by the voltage between the windings and the amp-turns in the coil.
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The coils
Hi CMM, "when power is applied to a coil"
That's just it,...I'm not making a connection from supply to coil.
I put the positive feed of the battery to 1 end of 1 coil, hook the negative end of the battery to a load (taillight), take the other lead of the light and connect it to a secondary coil wound around the first 1.
Both coils only have 1 end connected?
There is No physical connection of the ends of either coil.
The positive is dead because it goes in a coil but has no way to get out of it , dew to no connection.
The negative is dead because it's just connected to one lead of a light,
BUT When I put the other lead of the light to the coil that is underneath...
The light , lites
shylo
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Hey Shylo,Originally posted by shylo View PostHi CMM, "when power is applied to a coil"
That's just it,...I'm not making a connection from supply to coil.
I put the positive feed of the battery to 1 end of 1 coil, hook the negative end of the battery to a load (taillight), take the other lead of the light and connect it to a secondary coil wound around the first 1.
Both coils only have 1 end connected?
There is No physical connection of the ends of either coil.
The positive is dead because it goes in a coil but has no way to get out of it , dew to no connection.
The negative is dead because it's just connected to one lead of a light,
BUT When I put the other lead of the light to the coil that is underneath...
The light , lites
shylo
Do you have a schematic by chance I can glance over? I'm a little confused as to what you are doing exactly.
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so what did u find out?
Originally posted by chainmailleman View PostBecause very few notice this little loop-hole as most people believe an open circuit cannot function.
Reverting back to transient spikes: When the current path is interrupted (opened) the field collapses generating a transient. This transient DOES NOT OBEY LENZ LAW as the circuit is OPEN. This flow is longitudinal. Any open solenoid (coil) will transmit longitudinally (That mystical "radiant energy" we all hear about). All you have to do is provide the changing magnetic field to generate the EMF.
P.S. Stupid predictive texting.... I just realized my phone spelled monopolies instead of monopolar..... Quite limited for being a smart phone.Last edited by tachyon; 06-23-2013, 11:57 AM.The pure in heart will see the light.
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I'm trying to consider your setup in terms of what Bearden says about polarization of the aether around the open terminals of a battery. In effect, a battery becomes an aerial for radiant energy. Once you kill the dipole, the RE cannot be harvested - the system is closed. So, perhaps you've simply extended the aerials (if you will) of the terminals, allowing a greater surface area for RE to be drawn in thru the coils. Is your light brighter, whiter than a simple closed system light? (i.e., has it got that characteristic cold electricity brightness?)Originally posted by shylo View PostHi CMM, "when power is applied to a coil"
That's just it,...I'm not making a connection from supply to coil.
I put the positive feed of the battery to 1 end of 1 coil, hook the negative end of the battery to a load (taillight), take the other lead of the light and connect it to a secondary coil wound around the first 1.
Both coils only have 1 end connected?
There is No physical connection of the ends of either coil.
The positive is dead because it goes in a coil but has no way to get out of it , dew to no connection.
The negative is dead because it's just connected to one lead of a light,
BUT When I put the other lead of the light to the coil that is underneath...
The light , lites
shylo
Bob
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Try a Grounding the Neg Terminal
Hi Shylo
I'd like to offer a suggestion that may or may not improve things. What if you were to run a wire from the negative terminal of your battery to the ground. Cold electricity runs opposite to hot, meaning that it comes in from the ground of the circuit. Might be worth a shot.
Bob
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