Liu Meng, Luo Ai-Ping, Yan Yu-Rong, Hu Song, Liu Yi-Chen, Cui Hu, Luo Zhi-Chao, Xu Wen-Cheng
Opt Lett. 2016 Mar 15;41(6):1181-4. doi: 10.1364/OL.41.001181.
Soliton explosions, as one of the most fascinating nonlinear phenomena in dissipative systems, have been investigated in different branches of physics, including the ultrafast laser community. Herein, we reported on the soliton dynamics of an ultrafast fiber laser from steady state to soliton explosions, and to huge explosions by simply adjusting the pump power level. In particular, the huge soliton explosions show that the exploding behavior could operate in a sustained, but periodic, mode from one explosion to another, which we term as "successive soliton explosions." The experimental results will prove to be fruitful to the various communities interested in soliton explosions.
孤子爆炸作为耗散系统中最引人入胜的非线性现象之一，已在物理学的不同分支中得到研究，包括超快激光领域。在此，我们报道了超快光纤激光器从稳态到孤子爆炸，再到通过简单调节泵浦功率水平实现巨大爆炸的孤子动力学。特别是，巨大的孤子爆炸表明，爆炸行为可以以持续但周期性的模式从一次爆炸到另一次爆炸，我们将其称为“连续孤子爆炸”。实验结果将证明对关注孤子爆炸的各个领域都富有成效。
