We experimentally investigate the unidirectional coupling between two semiconductor
frequency combs generated by two passively mode-locked quantum dot lasers. We show …

Optical frequency combs generated by self mode-locking of single-section quantum dot
based semiconductor lasers are ideal sources for applications in high capacity optical …

In this contribution we investigate experimentally and by modeling the mode spacing tuning
range and stability of optical frequency comb lines generated by a 1 mm long self mode …

We report on frequency comb generation at 1.5 μm by injection of a CW laser in a hybridly
mode-locked InAs/InP two-section quantum-dot laser (HMLQDL). The generated comb has> …

Coupled clocks are a classic example of a synchronization system leading to periodic
collective oscillations. Already in 1665, Christiaan Huygens described this phenomenon as …

We propose a novel method to characterize mode-locking regimes using a hybrid InAs/GaAs
quantum dot frequency comb laser developed on silicon. By implementing Hanbury Brown …

This paper was not presented at the conference: Title: Phase-LockedáQuantum-DotáMode-LockedáLasersáForáWideráFrequency
Com Page 1 This paper was not presented at the conference: Title: á Phase-LockedáQuantum-DotáMode-LockedáLasersáForáWideráFrequency …

Monolithic semiconductor passively mode locked lasers (MLL) are very attractive
components for many applications including high bit rate telecommunications, microwave …

We have used an external cavity self-injection feedback locking (SIFL) system to
simultaneously reduce the optical linewidth of over 39 individual wavelength channels of an …

We measure, simultaneously, the phases of a large set of comb lines from a passively mode
locked, InAs/InP, quantum dot laser frequency comb (QDLFC) by comparing the lines to a …