Cavitation. The key to overunity?

[sparks]

      In a spark gap there builds up around the cathode a zone of free electrons due to the ionization of the electrode metal.  The shape of the electrode will determine the geometry of this region.  As the voltage increases across the electrodes the gas between this zone and the anode ionizes.  The free electrons from the gas  are then drawn towards the anode and will neutralize the anode voltage unless caused to "miss" it.  Presuming that a method is used to deflect electrons from the face of the anode is employed: then divergent currents of electrons flow into the circuit with increased velocity gained negotiating the gap.  The ionized neuclei of the gas will experience inertial gain in the direction of the cathode where it displaces the electron buffer zone developed around the cathode.  The electrons are then displaced and absorb the inertial gain of the neuclei.  They become acclerated and form a superconductive cloud of electrons from cathode to anode skin.  A massive current is then allowed to flow across the gap with very little resistance.  The scource voltage and external circuit being the only limiting factor.  The electron field is linearly accelerated in the gap and radiant energy flows from the spark gap.  Transverse emwaves and all sorts of heat and secondary radioactive emission from electron bombardment of the anode electron collection metal.

[Grumpy]

Buzz,

Are you familiar with Tesla's Magnifying Transmitter?  I'm willing to discuss this device from various perspectives as it is 100+ years old and open-source.

Supposedly there is a true gain in energy in the magnifying coil (the third one).

How does this device operate from the persepctive of cavitation? 

What is the mechanism of gain?

[CrazyFox]

Physics students at Max Plank University or the University of Washington it is universal that the average person in conversation with a physics major is going to get lost quickly. It is an age old dilemma to express concepts in terms everyone can understand. For my part, I think it a waste of time. Reason: There is just so much time in a day and unless one has an immediate application, in my case the Clem Engine, the time spent could be better given to visual representations less equations in unending strings. I am just now involved in such a project for presentation to a publisher and as an aid in showing how the device works. Even a working machine shown to experts is not going to resolve the dilemma.
Case in point is the Clem Engine shown to Bendix Corp engineers during shaft output torque testing. "Must be atomic in nature with all that excess heat". I am talking about a working machine and a non intuitive device. An that is the problem. If it does not make sense to the common person.....well, it must be a fraud or magic.
The best thing to do in the Clem Car is to say .....Get in, buckle up, and shut up!

      In a spark gap there builds up around the cathode a zone of free electrons due to the ionization of the electrode metal.  The shape of the electrode will determine the geometry of this region.  As the voltage increases across the electrodes the gas between this zone and the anode ionizes.  The free electrons from the gas  are then drawn towards the anode and will neutralize the anode voltage unless caused to "miss" it.  Presuming that a method is used to deflect electrons from the face of the anode is employed: then divergent currents of electrons flow into the circuit with increased velocity gained negotiating the gap.  The ionized neuclei of the gas will experience inertial gain in the direction of the cathode where it displaces the electron buffer zone developed around the cathode.  The electrons are then displaced and absorb the inertial gain of the neuclei.  They become acclerated and form a superconductive cloud of electrons from cathode to anode skin.  A massive current is then allowed to flow across the gap with very little resistance.  The scource voltage and external circuit being the only limiting factor.  The electron field is linearly accelerated in the gap and radiant energy flows from the spark gap.  Transverse emwaves and all sorts of heat and secondary radioactive emission from electron bombardment of the anode electron collection metal.

[Grumpy]

Grumpy, I missed your question.

http://jnaudin.free.fr/html/tmt.htm

Buzzer sound - Sorry, that constitutes an energy receiver. I stipulated that at the end of my cavitation diatribe.

The cavitation is taking place in the Sun?

I am familiar with Meyl.

Magnifier is not "really" a reciever.  See, the part called the "transmitter" is converting energy from one form into another.  The part called the "reciever" converts the energy back to the original form.  connect the two together and it's an "energy magnifier" - not an energy reciever - so you can discuss it - or not.

[sparks]

    If the ambient medium or vacuum whatever exists as electron-positron pairs then massless space would be full of something to work with.