光学
材料科学
激光器
带宽限制脉冲
光纤激光器
皮秒
光电子学
光放大器
铒
波长
放大器
脉冲整形
超短脉冲
物理
CMOS芯片
作者
Moshe Horowitz,Yaron Silberberg
摘要
Noiselike generation in lasers can be controlled by changing the cavity in order to obtain pulses with unique properties. Intense noiselike pulses, as narrow as a few picoseconds, were obtained. These are two orders of magnitude narrower than pulses obtained in previous work. In long cavities, coherent and incoherent two-color noiselike generation were demonstrated. The wavelength difference between the generated pulses could be tuned in a wide wavelength range, which is much broader than the amplifier bandwidth. High-energy /spl ap/16-nJ noiselike pulses with a broad-band spectrum and narrow intensity autocorrelation trace were also demonstrated.
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