In this paper, we describe generation and application of wide narrow linewidth optical frequency
combs using dual-mode injection-locking of InP quantum-dash mode-locked lasers. First…

… We prove that the injection-locked QCL spectrum can be phase-locked, resulting in the
generation of a frequency comb. We show that injection locking is not only a versatile tool for all-…

… to investigate the injection-locking properties of gain-switched lasers. We detail the injection
locking behavior by examining the comb output spectra as the power of the injected master …

… mode family used for comb generation in this work is … comb; however, we observe that
injection locking can occur as bunches begin to overlap, leading to an offset-free, continuous comb…

… Here, we use laser self-injection locking to demonstrate a … to a Si 3 N 4 chip is self-injection-locked
to a high-Q ( > 10 7 ) … Laser self-injection-locked platicons could facilitate the wide …

… —can struggle when processing OFCs with sub-GHz comb mode spacings. Here, … injection
locking which incorporates a dither-free phase locked loop that allowed for long-term locking …

… of sideband injection locking in our system, we systematically study the injection locking range
… To this end, a frequency comb calibrated scan 54 of the secondary laser’s frequency ω′ …

We report on an enhanced photonic generation of frequency-modulated continuous-wave (FMCW)
signals by injection-locking a semiconductor laser operating in period-one (P1) …

… and current; however, its locking range is limited. For wide-range heterodyne signal
generation, we can use a conventional laser for one injection-locking filter, but we have to use a …

… We demonstrate the Lorentzian linewidth of the comb teeth of sub-kHz scale as narrow as
… be self-injection locked and demonstrate the impact of the self-injection locking. Significant …