Unipolar Electricity: What happens here?

[Rosphere]

...this migration of positive charged space is without the constraints of mass like inertia and speed of light it is migration of charge not migration of charge carriers.  So there has to be a time in a diode where the holes are migrating towards the cathode a hell of alot faster than the electrons are moving towards the anode...

...and if we brake the connection before the electrons start their migration?

[Grumpy]

   I wouldn't give up on that cold electricty.  When we put voltage to a diode there is inside the crystals a migration of "holes" in the diode towards the negative charged plate.  Same thing in a piece of wire.  The hole in the valence shell of the copper molecules migrates toward the cathode.  Now this migration of positive charged space is without the constraints of mass like inertia and speed of light it is migration of charge not migration of charge carriers.  So there has to be a time in a diode where the holes are migrating towards the cathode a hell of alot faster than the electrons are moving towards the anode.  Of course when the electrons start to migrate they create heat because of collisions with other atoms and photon radiation due to these collisions occurs.  Hot electricity.  But in that very first instant of voltage application the migration and concentration of the holes before the electron mass responds gives a window of massless migration of charge or polarization of the dielectric field without the constraints of mass velocity gain.  Splitting the postive I'm not sure.  Maybe clumping the positive?

HV impulses make coax "jump" like "jumper cables" for an automobile.

Not splitting the positive - just keeping it positive

...and if we brake the connection before the electrons start their migration?

Then we begin to work with the "bold" part of Spark's message above - which is the cold current.

[sparks]

@rosphere


       Honestly I have no frigging clue!   But I do suspect that having a concentration of voided space (vacuum) does not go unnoticed by the field surrounding the diode. 

[sparks]

@Grumpy

     Maybe why the coax jumps is it is sitting in an electric pressure field.   I include a video showing some pressure anomalies.   Reminds me of Buzz's cavitation theory.   http://www.youtube.com/watch?v=YKivPSVGpsw&feature=related

[Grumpy]

@Grumpy

     Maybe why the coax jumps is it is sitting in an electric pressure field.   I include a video showing some pressure anomalies.   Reminds me of Buzz's cavitation theory.   http://www.youtube.com/watch?v=YKivPSVGpsw&feature=related

aren't you a smart one, sparks..