Nonsense.
The higher the frequency-energy the shorter the wavelength hc/E = wavelength.
Wavelength/[2(pi)] = Radius. 3.86e-13 meters for the electron and ~ 0.6 Fermi for the "quarks"
which is in close agreement with the ~.1.0e-15 meter radius measured for nuclei.
The positron-electron pairs are made from a 1.02 MeV photon with wavelength hc/E
and most likely the Triad (+ - + ) of so-called "quarks" in a proton (about 312 MeV each in the bound state)
were made from two pair of ~ 540 Mev Mesons where the "left out" negative Meson decaying into an
electron. Hence the hydrogen atom.
Fred
----- Original Message -----From: David JonssonTo: [email protected]Sent: 3/26/2006 10:06:17 AMSubject: [Norton AntiSpam] Re: Gravitomagnetic Field QuantifiedOn 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 electronand 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
