Squeezed States Engineering By Coherent Pulses Train Acting On Single Atom Laser

We propose a method of squeezed light generation by a single-atom laser excited by aperiodic train of coherent resonant pulses of various duration. The action of three pulses train has been analyzed and it is shown that the maximal squeezing is achieved not in the case when one creates maximal squeezing during action of each pulse but rather by a nontrivial sequence of pulses. This coherent pulses train is determined by solution of optimization problem.