Re: Relativity theory from other angles

USING DATA KNOWN AROUND 1905 (Electrostatic Units)
Charge of an electron (e) = 1.6E-19 C = 4.8E-10 g^1/2 cm^3/2 s^-1
Mass of an electron (m) = 9.1E-28 g
Radius of an electron (before relativity crap) = 10E-16 cm (now 1000
more)
Energy stored in an electron: E = q^2/r
E = 2.31E-19/10E-16 g cm^2 s^-2 = 2.31E-03 g cm^2 s^-2
E/m = 2.31E-03/9.1E-28 g cm^2 s^-2 = 2.53+21 cm^2 s^-2
NO RELATIVITY OR 0.511 MeV rest energy crap:
c = (E/m)^1/2 = 5.03E+10 cm/s = 503,000 Km/s
IT HAS A BETTER MARGIN OF ERROR THAN ANY CRAPPY RELATIVISTIC EXPERIMENT.
IT DOES GIVE YOU SOMETHING TO THINK, ISN'T IT? AND IT USES THE REAL
ELECTRIC ENERGY THAT AN ELECTRON HAS STORED IN ITS VOLUME.
THIS CAN BE IMPROVED SO THE ERROR IS LOWER (COOKING DATA?). AFTER ALL,
RELATIVISTS ARE USED TO IT.