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Radiation and Quanta
Quantization of the Radiation Field
Absorption and Emission of Radiation
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absorption atomic beam average beam splitter black-body calculated chaotic light classical theory coherence function coherent light coincidence rate correlation function density described detected detector diffraction dipole distribution effect eigenstates Einstein electric field electric field operator electrodynamics electromagnetic field electron emitted energy equation excited experimental fluctuations frequency Glauber half-silvered mirror Hamiltonian incident field induced field intensity interaction interference fringes interference pattern interferometer Lamb shift laser Lett light beams Loudon Mandel maser measure molecule momentum normal observed obtained oscillator particle phase photoelectric photoelectric effect photomultiplier photon photon antibunching photon number Phys Planck plane wave predicted probability amplitude Proc quantized quantum electrodynamics quantum mechanics Quantum Optics quantum theory radiation field Reprinted Paper resonance fluorescence result scattered semi-classical theory semiclassical single atom single mode single-mode slit spectral spectrum spontaneous decay spontaneous emission superposition theoretical theory of light thermal tion transition two-level vacuum vector Wolf zero zero-point energy