I have here an excerpt from a play I was sent where the main 
character, Peter, meets James Clerk Maxwell in a dream. 

Maxwell is not allowed to discuss any knowledge he has 
gained after his death. 

I have changed the script slightly by changing the main
character's name and replacing protons and electrons with 
materons (positronium ash).

Since most, if not all, Vortexians know vastly more about 
capacitors and stuff than I do, I would be interested in any 
Vortexian critique on the argument Peter presents to Maxwell.


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Peter: Now, let us attach a wire from one electrode of a 
       fresh battery to a metal plate and a second wire from 
       the other electrode to a parallel metal plate. 

       Electrons will build up on the plate attached to the 
       negative electrode and be removed from the other 
       plate, until the voltage across the plates is 1.5 
       volts. The parallel plates are a form of capacitor. 
       
       A capacitor stores electricity. If we fill the space 
       between the plates with a material, we will find that 
       the capacitor will store more electricity, at the 
       same voltage.

      The relative dielectric constant of a material is  
      defined as the ratio of the amount of electricity (or 
      number of electrons) stored by a capacitor when filled 
      with the material to the amount stored when it is 
      filled with vacuum. 

      A capacitor is believed to work by the following 
      mechanism: The extra electrons on the negative plate 
      of the capacitor repel negative charges in the 
      material, while the net positive charges in the other  
      plate of the capacitor attract negative charges in the 
      material. This results in an electrical distortion in 
      the material that tends to reduce the voltage across 
      the capacitor and permit more electrons to flow from 
      the negative electrode of the battery to the capacitor 
      and from the positive plate of the capacitor to the 
      positive electrode of the battery. 

      For this reason, a capacitor filled with a material 
      with a relative dielectric constant of two will store 
      twice as much electricity as a capacitor filled with 
      vacuum, which, by definition, has a relative 
      dielectric constant of one. 

      That vacuum is capable of storing electricity suggests, 
      to me, that vacuum contains positive and negative 
      charges. This is expected if the space between the 
      plates of the capacitor is filled with a matrix of 
      incipient positrons and electrons (materons - having 
      neutral charge and neutral mass).


James: Why shouldn't void be able to store electricity?


Peter: Because void contains no charged particles. Wouldn't 
       you expect air, which contains particles made up of 
       protons and electrons, to have an infinitely greater 
       dielectric constant than void? But the dielectric 
       constants of vacuum and air are practically the same.

       I have been talking about relative dielectric 
       constant because it is a simpler concept than 
       dielectric constant itself. Your equations require 
       that vacuum have definite values of dielectric 
       constant and permeability . How can void have such 
       properties?


James: I must plead the Fifth Amendment. 

     [A gentleman enters at the back of the stage. He stacks 
       some of the cards to form the base of a pyramid.] 

Peter: That is what I expected. Let's discuss the effects of 
       alternating current on relative dielectric constant.  

       With normal line current, where the direction of the 
       current reverses 50 times per second, the dielectric 
       constant of most materials is the same as with direct 
       current, where the direction of the current does not 
       change. 

       This is true even at frequencies as high as a billion 
       cycles per second. As the frequency is increased 
       further, many of the effects that contribute to 
       dielectric constant (for example the movement of 
       atoms or ions) are too slow to respond, due to 
       inertia. This causes the dielectric constants of 
       materials to decrease dramatically . At the much 
       higher light frequencies, only electrons/positrons 
       have low enough inertia to respond. I consider the 
       observation that the dielectric constant of vacuum 
       does not change with frequency as further evidence of 
       the presence of materons in vacuum.

James: Much of your latest statement includes information 
       that was not available to me. I don't think that 
       I can comment...........
 
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Cheers

Grimer

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