Abstract
The Gaussian noise burst model and the domain model for imperfectly mode-locked laser pulses are examined through comparison with two types of two-photon interference measurements of a synchronously pumped cw mode-locked dye laser. The Gaussian noise burst model does not give correct results for the pulse-cycle-averaged, normalized second-order correlation function at zero time-delay, and the domain model fails to explain the two-component dip in coincidence count rate curves obtained with the interferometer configuration.
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