I forgot to divide the proton energy 1.49E-10 joule by 3.0 (4.96E-11 joule) to get the quark frequency of 7.49E22 hertz. Thus the quark wave-particle-string is 4.96e-11 * 7.49E22 = 3.713E12meter*hertz
What does it all mean for a "Length Only" String Theory (circle or straight, quark) stationary energy wave?? Fred ---------- Forwarded message ---------- From: Frederick Sparber <[EMAIL PROTECTED]> Date: Jan 24, 2008 5:24 AM Subject: stimulation frequency To: vortex-l@eskimo.com Hi Frank, The energy (E) of a wave-particle-string is: E = hf, f - c/Lambda Lambda for the electron or positron is h/2(pi)rmc = 3.86E-13 meters, E = mc^2 = 8.19E-14 joule f = 1.237E20 Hertz The meter*Hertz = 3.86E-13*1.23E20 = 47.47 megahertz For a quark 1/3 the mass of a proton-antiproton Lambda = 3.86E-13/612 = 6.31E-16 meters. E = 1.49E-10 joule f = 2.25E23 Hertz The meter*hertz = 6.31E-16*2.25E23 = 142 megahertz a facor of 3 difference? Fred
