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在集成光子学中实现光纤激光相干性。

Reaching fiber-laser coherence in integrated photonics.

作者信息

Li Bohan, Jin Warren, Wu Lue, Chang Lin, Wang Heming, Shen Boqiang, Yuan Zhiquan, Feshali Avi, Paniccia Mario, Vahala Kerry J, Bowers John E

出版信息

Opt Lett. 2021 Oct 15;46(20):5201-5204. doi: 10.1364/OL.439720.

Abstract

We self-injection-lock a diode laser to a 1.41 m long, ultra-high integrated resonator. The hybrid integrated laser reaches a frequency noise floor of 0.006/ at 4 MHz offset, corresponding to a Lorentzian linewidth below 40 mHz-a record among semiconductor lasers. It also exhibits exceptional stability at low-offset frequencies, with frequency noise of 200/ at 100 Hz offset. Such performance, realized in a system comprised entirely of integrated photonic chips, marks a milestone in the development of integrated photonics; and, for the first time, to the best of our knowledge, exceeds the frequency noise performance of commercially available, high-performance fiber lasers.

摘要

我们将一个二极管激光器自注入锁定到一个1.41米长的超高集成谐振器上。这种混合集成激光器在4兆赫偏移频率下达到了0.006/的频率本底噪声,对应低于40毫赫兹的洛伦兹线宽——这在半导体激光器中创下了记录。它在低偏移频率下也表现出卓越的稳定性,在100赫兹偏移频率下频率噪声为200/。在一个完全由集成光子芯片组成的系统中实现的这种性能,标志着集成光子学发展中的一个里程碑;并且,据我们所知,首次超过了市售高性能光纤激光器的频率噪声性能。

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