Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

In the Akula video he is talking about Neodymion magnets, half way through the video he shows you two types of magnets one is Neodymion but the first one is not, when the Neo magnet gets hot it dies but the first device does not, also did you notice the wire he had round the ferrite, what do you think that might have been ?  ever come across memory wire ? i'm not saying it was but

[T-1000]

In the Akula video he is talking about Neodymion magnets, half way through the video he shows you two types of magnets one is Neodymion but the first one is not, when the Neo magnet gets hot it dies but the first device does not, also did you notice the wire he had round the ferrite, what do you think that might have been ?  ever come across memory wire ? i'm not saying it was but

In first part it is iron wire being attracted to stationary neodymium magnet. In the second part there is small neodymium magnet attached to the end of wire. In both cases the heating causes material to change magnetic properties so it gets to non-magnetic state. Doing that rapidly will make induction on the output and the power spent on changing magnetic properties of material is less than power output from induction. This is the point what Roman wanted to show as his LED device is working on same fundamental principle just with non-disclosed method used for changing magnetic properties of material.

P.S> As my personal opinion this smells close to Floyd Sweet VTA http://www.cheniere.org/correspondence/121003.htm where Barium magnetic properties was manipulated...

[John.K1]

Common guys, you can't change temperature as fast to get any effect from it. That device looks to me bit a joke. Yes I am able to consider to use the temperature  to accelerate electrons, but to heat  wires or magnets in reasonable speed.....?  I think Roman just testing us Better to continue with what Ruslan sais- to play with LC tank cuircuits and HV pulses.   BTW ,if talking about some exotic devices, can somebody tell me this: imagine long square magnet. Now you slice it by 45 degrees. What will be the vector of force for each slice? Will be 45 deg to the surface of each slice or will get back to normal direction ?

[Tomtech29]

 
good for you at the end of the film can be seen as a screwdriver pad touches the metal cylinder and it is not a magnet, and then says that it is not ferrite why it touches not only the magnet of the same metal!
There is only one permanent magnet! (for what kind of another magnet will not stick to the screwdriver)?
- I've seen it already what was shown in the coil Kapanadze green box

[T-1000]

Common guys, you can't change temperature as fast to get any effect from it. That device looks to me bit a joke.

You can change magnetic properties in few ways:
1) With the Curie temperature - https://en.wikipedia.org/wiki/Curie_temperature
2) By making chaos in crystalline structure with the help of magnetostriction - http://journals.aps.org/pr/abstract/10.1103/PhysRev.99.1788
3) By causing NMR in material

So no jokes there... And for Roman's case I suspect option 2 due broken ferrite core after prolonged use.

P.S> This make lots of food for thought on Ruslan's device grenade coil operation and what is happening to copper wire as it have 2 signal sources applied where one signal makes it magnet and another makes disruption.