Semiclassical theory of a high-intensity laser.
Lamb theory of Doppler broadened gas laser extended to arbitrary intensities for single mode operation, calculating detuning curves and inversion densities
Engineering topics
Publications and source records attributed to Lamb, W. E., Jr..
Lamb theory of Doppler broadened gas laser extended to arbitrary intensities for single mode operation, calculating detuning curves and inversion densities
Quantum mechanics method for obtaining photocount distribution from optical maser photoelectron counting statistics
Photoelectric effect without photons, discussing classical field falling on quantized atomic electron
Quantum mechanical treatment of atomic center of mass motion in theory of collision effects on line shapes
Gas laser oscillator model allowing atomic collisions, noting pressure effects on output intensity profile when tuning cavity frequency through atomic resonance
Quantum theory of optical maser, calculating laser radiation spectrum from two time correlation function derived from equations of motion
Mathematical model of photoelectric effect without photons
Zeeman laser theory, treating electromagnetic field classically for general polarization state
Zeeman theory applied to laser operation analysis in axial and transverse magnetic fields
Quantum theory of laser having only single-mode oscillation and ignoring atomic motion and spatial variations in cavity mode
Photoelectron counting statistics produced by fully quantum mechanical laser
Pressure effects in Fabry-Perot lossy-cavity gas laser output
Density operator of optical maser quantized by radiation, with application to laser oscillators