作者: Kenju Otsuka
DOI: 10.1088/1612-202X/AB5573-1
关键词:
摘要: Dynamic characterization of self-induced beating sinusoidal wave (BSW) oscillations and related phenomena, which were previously explored in a thin-slice dual-polarization solid-state laser operating the regime incomplete mode-locking orthogonally polarized transverse eigenmodes, namely, quasi-locked state [Laser Physics Letters, 15 (2018) 075001], is performed terms amplitude correlation coefficient intensity circulation among various mode pairs. Polarization-dependent symmetry-breaking featuring nonreciprocal flow for different pairs BSW are found. The singular hidden nonlinear system where perfect mode-locked with large reciprocal established pair possessing particular polarization directions that to ratio eigenmodes. Self-organized chaos synchronization shown take place such subjected self-mixing modulations.