1. :: The OP is referrring to the classical electron radius. 2. 2.8179 ?10 & minus; 15 m is the classical electron radius. 3. Where a _ 0 is the Bohr radius and r _ 0 is the classical electron radius. 4. Paul Drude in 1900 proposed the first theoretical model for a classical electron moving through a metallic solid. 5. This technique also uses an antibody to the protein of interest, along with classical electron microscopy techniques. 6. Where is the atomic number, the length of the wave vector, and the classical electron radius. 7. It replaces Einstein's " A " coefficient and explains that the classical electron is stable on Rydberg's classical orbits. 8. :: : : : Classical electron radius is a useful characteristic length for the extent of the electric field around an electron. 9. Furthermore, it is known that the Einstein Maxwell Dirac system admits of solitonic solutions, i . e ., classical electrons and photons. 10. The Electron article also tells you the mass and has some discussion of the size ( in terms of the " classical electron radius " ).
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