Re: The electron shell model is in challenge

From: G=EMC^2 Glazier (herbertglazier_at_webtv.net)
Date: 08/11/04 

Date: Wed, 11 Aug 2004 06:27:46 -0400

I see the electron shell much like the way I see the sun,and its
radiation. We know the electron produces a radiation field. I know how
the sun produces its self energy I don't know how the electron produces
its self energy(does anyone?) I can theorize that nature needs infinite
energy to create an electron. The electron has a trillion trillion
trillion trillion trillion more energy than a star(size for size) It is
no wonder Feynman said "If you have to use one word to describe the
universe that word would be "Electron" Bert

Relevant Pages

  • Re: The electron shell model is in challenge
    ... >> We know the electron produces a radiation field. ... > The self energy of the electron is due to the constant emission ... >> trillion trillion trillion more energy than a star ...
    (sci.physics)
  • /zpf = (mc^2/e^2)^2(1 + (2/alpha)^2) for electron stability
    ... transverse EM waves have positive pressure? ... polarizations do have positive energy density hence negative pressure ... This gives the famous factor of 2 in Einstein's "gravity lens" ... physically the real on-mass-shell BARE electron sans its ...
    (sci.math)
  • /zpf = (mc^2/e^2)^2(1 + (2/alpha)^2) for electron stability
    ... transverse EM waves have positive pressure? ... polarizations do have positive energy density hence negative pressure ... This gives the famous factor of 2 in Einstein's "gravity lens" ... physically the real on-mass-shell BARE electron sans its ...
    (sci.physics.particle)
  • /zpf = (mc^2/e^2)^2(1 + (2/alpha)^2) for electron stability
    ... transverse EM waves have positive pressure? ... polarizations do have positive energy density hence negative pressure ... This gives the famous factor of 2 in Einstein's "gravity lens" ... physically the real on-mass-shell BARE electron sans its ...
    (sci.physics)
  • /zpf = (mc^2/e^2)^2(1 + (2/alpha)^2) for electron stability
    ... transverse EM waves have positive pressure? ... polarizations do have positive energy density hence negative pressure ... This gives the famous factor of 2 in Einstein's "gravity lens" ... physically the real on-mass-shell BARE electron sans its ...
    (sci.physics.relativity)