Most of atomic physics is concerned with the behavior of valence electrons, where energies are of the order of the square of the fine structure constant (ά approximately 1/137) times the rest energy of the electron, mc2. Well-known relativistic corrections, such as fine splitting of energy levels, are smaller than usual atomic transition energies by two extra powers of the fine structure constant, and are even smaller for hyperfine splitting. In valence-electron atomic physics, therefore, relativistic effects are normally treated as small corrections.
© Optical Society of America
Focus Issue: Relativistic effects in strong eectromagnetic fields
Original Manuscript: March 30, 1998
Published: March 30, 1998
Howard Reiss, "Introduction," Opt. Express 2, 261-261 (1998)
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