… InAs/InP dashes in a barrier and dashes in a well (DWELL) heterostructures operating at 1.5
… Thanks to an optimized DWELL design, a T0 of 80 K for single-transversemode lasers in the …

… operation of one-, three-, and five-stack self-assembled InAs quantum-dash (QDASH) laser
… a five-stack laser with the cavity perpendicular to the dash directionandageometryof100 m …

… the same laser in static operation [12]. This is a rather important finding as it implies that no
systematic investigation in dynamic operation is required for feedback-tolerant laser design. …

… laser active region is composed of 6 InAs quantum dash layers embedded in InGaAsP barriers
in dash-in-a-barrier (DBAR) design … ) in the QDot or QDash lasers operating at the ground …

… The improved (solid curve) and the conventional QDash laser design (dashed curve) are
depicted. … As-cleaved and unmounted lasers operate up to temperatures of more than 75 C. …

… time that InAs–InP quantum dashes-based lasers are compatible with high … laser. This
result is attributed to the combination of an improvement of quantum dash growth and of design …

… in realizing high-performance room temperature operating lasers [11]–[17]. In this … dash
structures were embedded in a graded index separate confinement heterostructure laser design…

… Under pulsed operation, these lasers show good light output characteristics, … laser structures
reported in this paper are based on a separate confinement heterostructure (SCH) design…

… wave operation of those same unmounted lasers we see … dash, lasers should exhibit higher
T0 values than QW lasers we do not see this. In fact, for the QW and dash laser designs that …

… All the lasers examined in this study operate at a wavelength of 1.59 µm, which is
noticeably longer than the peak gain wavelengths observed in Fig. 2(a). As explained in Fig. …