Abstract
The statistical analysis of simultaneous influence of external noise and resonant frequency spread on phase-locking of optically coupled lasers with a long-range interaction is performed in terms of the theory of critical phenomena. The dynamics of order parameter (amplitude of collective laser's oscillation), stability and correlation connections between lasers for phase-locked and phase-unlocked modes are investigated. It is shown that by means of detuning of synchronous frequency from gain medium line center the bandwidth of synchronization can be significantly increased.
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