… This work investigates the behavior of a zero-detuned optically-injected quantum-dash
Fabry-Perot laser as the injected field ratio is increased from near-zero to levels resulting in …

… The equations described in (1)–(3) define the temporal and dynamic behavior of the system.
The injection-locking phenomenon is investigated through the steady-state solutions arising …

… Starting from good knowledge of the dash size, material … gain spectra of a quantum dash
semiconductor optical amplifier with a … that this behavior maintains for any average dash length …

… Despite the theoretically 0-D nature of QDs, the gain saturation behavior, phase dynamics,
and carrier heating effects in our QD SOA indicate a Fermi–Dirac occupancy probability with …

… p -type modulation doping in the range of 0–100 acceptors per quantum dash (QDash) has
been carried out to investigate the impact on QDash lasers on (100) InP. The differential gain …

… In the case of quantum prisoner’s dilemma in a thermodynamic limit, we find that … of
classical and quantum strategy players is equal and from the mixed phase to a quantum phase, …

… quantum-wire and quantum-dot lasers, quantumdash lasers are more quantum confined than
quantum… The narrower modulation bandwidth of these highly quantum-confined lasers has …

… quantumdash-based ones, we have also carried out a comparison of these results with
those of a quantum dash … This behavior has systematically been observed for all investigated …

… the dash quantum mechanical coupling, we neglect the dash stochastic distribution assuming
that the dashes, … The same behavior occurs for the ES in VB. On the contrary, in CB, the ES …

… Self-assembled semiconductor quantum dot/quantum dash (QDash) based MLLs are ideal
components owing to their remarkable optoelectronic properties that result from the three …