The video will be up in a few hours
 

post number 27
here
http://www.energeticforum.com/renewable-energy/20499-ere-many-generations-pass.html#post289509

respectfully
Chet

AS mentioned in Ernst's presentation ,this Vid shows similar effect in atmosphere.

https://www.youtube.com/watch?v=at0xRBacJF8

the presentation here.
https://www.youtube.com/watch?v=bBhVDcZwAls

being discussed here
http://www.energeticforum.com/renewable-energy/20499-ere-many-generations-pass.html

respectfully

Chet

I see Ernst's  video is doing is well!  The 10K could be coming up quite soon!

I was thinking about the comment he made regarding Tesla thinking that electricity can be compressed like a gas sometimes, yet incompressible other times. It seems to make perfect sense.
 In a solid such as copper, there is an almost incompressible sea of 'liquid' electrons and immobile copper atoms. The evidence of this incompressibilty  being the large voltages obtained in electrostatics.  Puttinga few  extra electrons on the metal requires lots of pressure (volts). Similarly large pressures are required to compress a liquid, such as water. 
However,  most of the time we deal with making massive amounts of electrons flow through the metal which requires very little pressure (volts), since whatever number electrons go in one end of the metal , the same number are pushed out of the other -  they are not made to stay on the metal.

Then we come to compressible electricity.  A plasma is a gas with positive ions and free electrons in equal numbers - that is pretty much neutral, like a metal. Here both electrons and positive ions make electrons from a battery flow.  The process involved in the production of electrical conduction through an insulating gas is reasonably complex but the basics  can be learned online.
There is no pushing in then out of electrons like in a metal. Electrons are accepted at the negative electrode by the positive ions which are neutralized, and an equal amount of  electrons from the plasma are attracted to the positive electrodes and flow back to the battery. The end result is the same as conduction through metal.
 A spark is an example of a plasma.  Gas doesn't normally last very long as a plasma, the ions and electrons recombine -  unless the flow of current through the gas continues, but the important point is that being a conducive gas , the freely mobile ,and therefore conducting electrons in the plasma , can be compressed together, unlike those in the solid. Hence the compressible electricity of Tesla.

Exactly what that implies, I'm not too sure.

Just a thought....