Is the KICK a shockwave ?

[raburgeson]

It's also called inductive kick, so yes I think your talking about a kick. the reactance of the curcuit would have to be able to resonant too. If all you have is the inductance of a straight conductor the tank circuit would oscillate and dampen so quickly I don't think our scopes would show us much. A cool thing is the coil can kick the primary and secondary at the same time. It doesn't happen often but it can.

[hartiberlin]

Hi All,
I bought 2 days ago this nice toy on a christmas market:

http://astore.amazon.com/overunity-20/detail/B000AS206O/104-5341152-7530351

These are pretty strong magnets with a hematite very polished surface !

If you hold then about 1 to 2 cms apart and through them
together into the air, they are attracted to each other and
can oscillate very much , when they come together and bounce back and forth !
It gives an amazing sound !

They are also called Shockwave magnets...
Is it a real shockwave, what makes this buzzing sound ?

Maybe one could induce this buzzing sound with an electromagnet
driver coil and use a bifilar coil as the output coil to extract useful
and more energy ?

This would be a good experiment to try !

By the way, these are simular magnets:

http://astore.amazon.com/overunity-20/detail/B000G6U2F6/104-5341152-7530351

Try them , it is really fun to play with them and hear this buzzing noise !
A MuST HAVE toy for Christmas to annoy your ants ! 
Regards, Stefan.

[hartiberlin]

These magnets should also be quite nice
and will produce probably also quite a big buzzing sound !

http://astore.amazon.com/overunity-20/detail/B000JSGO8A/104-5341152-7530351

If they do this sound, there is probably also much induction
into a pickup-coil.
If this pickup coil could be designed bifilar with no Lentz law drag back,
we could have a positive feedback loop and amplification..

Regards, Stefan.

[lightbody]

  Newbie. The question would give that away, but seriously...
I looked at the link here: http://www.kettering.edu/~drussell/Demos/superposition/superposition.html
at the two g'ian waves colliding...adding constructively...and then passing through each other.
  Um. I have some tenative poblems/questions. First. I also tend to think of current as waves b/c that's easy to visualize. When a wave reflects it flips phase polarity. So, you would only get destructive interfearance when the reflected wave collides head-on with a wave going the other way...a zero voltage, with no spike. Yes the field would collapse, but it would not experience a 'kick'. 
  I can't relate a  simple voltage collapse with a 'cavitation' such as a physical cavity implosion. That to me seems more like a semantic red herring. All it would be is an interruption in current, like a fast switch, as you suggest. I don't think that would create any shock wave, though it may draw more power from the source like a hard start-up, which isn't 'free energy'.
Could anyone clarify what would make a shock wave as discussed. Explain it to poor ole lightbody.
  One thing is that  Hummm...yes, an input wave, when bounced in the opposite direction would be opposing time-phase polarity, but would it also flip charge polarity? 
In vid. 4 (http://video.google.com/videosearch?q=steven+marks+generator&hl=en) SM says that the current in the primary is AC even though the meter is set to DC to read the output. So, yes, there is some tantalizing evidence that this reflected wave effect may be part of the operation of the device. Come on. Somebody pick up this shock wave thread and lay it out cold. Are my objections above rational?

[giantkiller]

  Newbie. The question would give that away, but seriously...
I looked at the link here: http://www.kettering.edu/~drussell/Demos/superposition/superposition.html
at the two g'ian waves colliding...adding constructively...and then passing through each other.
  Um. I have some tenative poblems/questions. First. I also tend to think of current as waves b/c that's easy to visualize. When a wave reflects it flips phase polarity. So, you would only get destructive interfearance when the reflected wave collides head-on with a wave going the other way...a zero voltage, with no spike. Yes the field would collapse, but it would not experience a 'kick'. 
  I can't relate a  simple voltage collapse with a 'cavitation' such as a physical cavity implosion. That to me seems more like a semantic red herring. All it would be is an interruption in current, like a fast switch, as you suggest. I don't think that would create any shock wave, though it may draw more power from the source like a hard start-up, which isn't 'free energy'.
Could anyone clarify what would make a shock wave as discussed. Explain it to poor ole lightbody.
  One thing is that  Hummm...yes, an input wave, when bounced in the opposite direction would be opposing time-phase polarity, but would it also flip charge polarity? 
In vid. 4 (http://video.google.com/videosearch?q=steven+marks+generator&hl=en) SM says that the current in the primary is AC even though the meter is set to DC to read the output. So, yes, there is some tantalizing evidence that this reflected wave effect may be part of the operation of the device. Come on. Somebody pick up this shock wave thread and lay it out cold. Are my objections above rational?

Google: freak wave. Happens all the time, everywhere, in everything.

--giantkiller. Surf's up dudes!