On 3/24/06, Frederick Sparber < [EMAIL PROTECTED]> wrote:
I don't think we are very far apart on the issue, David.
 
The Displacement Current in any particle I = C *dV/dt  where  C = eo * wavelength (hc/E)
sets up an enormous B field.
Another approach  is I = q*f  where f = c/wavelength = 19.7 amperes for the electron
and 12,056 amperes for each of the three "quarks" in the proton. 
 
Elementary charge * the speed of light = 4.8032042 × 10^-11 mA is the highest current an electron can have. Isn't it?
 
The quarks with even smaller charge could not have higher current.
 
David

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