Free Solid State/mechanical energy

[Grumpy]

I'll be more specific:

Place your open hand - either one - next to the coils while you are pulsing them - do you feel a sensation of pressure on the your palm?

Got a small neon bulb handy?

can you post a quick sketch of your coil setup - I need a visual...

[Charlie_V]

Those pulses you show look like a ringing, but it looks like you are getting partial standing wave patterns from all the weird stuff too - so the nodes of the standing waves are moving along the wire, they aren't quite stationary).  Depending on the frequency, and from the pictures it looks to be a high frequency, your little neo magnetic would not "see" the magnetic field.

There is usually a reaction time it takes to move a magnet in/near a coil.  A good example, if you take a normal coil and hook it to a function generator.  Starting off at a low frequency (1Hz or something) you'll be able to move that little magnet really easy.  As you start increasing the frequency, you'll see the magnet move more and more.  Then  at around 100Hz (it could be lower than this, it really depends on a bunch of things like the magnet's mass, current in the coil, etc.) you'll start to see the magnet's movement slow down.  At some point you won't see any movement yet you'll hear a noise (the noise usually happens around 200-300Hz, depending on how good your ears are).  Past 16kHz, you won't hear anything anymore.  My point is though, past a certain frequency, you won't see the magnet moving no matter how large the magnetic field is.  You'll need a very fast gauss meter or maybe another coil, to pick up on the magnetic field produced from your wire - gauss meters are expensive and usually slow, I'd try a pickup coil.

[louis]

@grumpy
didnt feel anything,will find myself a neon lamp. how do you test with a neon lamp, and what am i looking for?
attached is circuit diagram.

[gezgin]

converted jpg format :

[wattsup]

@louis

When you say
"relay driven by 556 timer set at 45.454545 cycles per sec."

If you mean by cycle as an on and a off, try 27 cycles.
If you mean by cycle as an on or a off, try 54 cycles.
That's what Erfinders circuit does.

135 rpm x 24 poles = 3240 per minute
3240 / 60 = 54 full cycles per second

The secondary is 127.56" wound over a laminated soft iron core. The Primary has a lenght to equal the weight of the secondary. Much shorter. Thicker. Faster.

Erfinders circuit is not the same as the ozone device although some similarities. The ozone device thrives on spark generation because the pri/sec are connected to distanced poles to create an arc. Erfinders has two pri/secs plus two sec coils all in series and it thrives on collapsing the field. The two pri/sec make two ignition coils in series. The secondaries act more like capacitors as well as inductors as well as regulators. The design is to make only the field that you can absorb. You are not trying to make a world record. Just enough to be able to take it back, hence no loss.

When you connect batteries in series, you get higher voltage at the same current. Same thing happens with the secondaries, higher voltage same current so the coils don't burn out. This mean the primaries have 4 times more potential to charge the secondaries. If you are only doing this with one primary and one secondary, you are not really doing the same thing at all and cannot expect to generate the same field.

@gezin

Your circuit seems wrong. That first coil off the positive is killing the system.

Something to think about...

If the sun dissapeared, light would stop in about 7 minutes, electric current would stop in about 7.1 minutes, but the Earth orbit would stop immediately and we'd already be on our way to oblivion at more than 67,000 mph. The whole solar system would start immediately to vere off. Now how much faster than the speed of electricity is that. We don't know. But whatever it's speed, that's what you are working with, the magnetic field. The fastest thing known to man. So when you stop a current, before the current actually stops, the field is already out and there makes a void.

Anothe point...

Take a battery and put your voltage meter on the terminals. You read the voltage. Now short the battery momentarily and look at the voltage. It will drop down to zero. So why cut the current completely when you can just short it and do the same thing while still remaining online. AHA!! Remember the field is maybe hundreds of thousands of times faster than the current.