Uchida A, Shinozuka M, Ogawa T, Kannari F
Opt Lett. 1999 Jul 1;24(13):890-2. doi: 10.1364/ol.24.000890.
Synchronization of chaos generated in two Nd:YVO(4) microchip lasers is experimentally demonstrated with master-slave coupling schemes. For synchronization of chaos, precise locking of the sustained relaxation-oscillation frequency is required, as is optical frequency locking. One needs to match both the pump-modulation parameters for chaos generation and the laser parameters of the two lasers to generate perfectly synchronized chaotic spectra in the master-slave type I coupling scheme.
利用主从耦合方案通过实验证明了在两个掺钕钒酸钇（Nd:YVO₄）微芯片激光器中产生的混沌同步。对于混沌同步，需要精确锁定持续弛豫振荡频率，光学频率锁定也是如此。在主从I型耦合方案中，为了产生完美同步的混沌光谱，需要匹配用于产生混沌的泵浦调制参数以及两个激光器的激光参数。
