Influence of polarization mode competition on the synchronization of two unidirectionally coupled vertical-cavity surface-emitting lasers

However, because the overall area of the influence of CAB will be decreased in A1B according to the models selected (cf. 4c), North Atlantic atmospheric blocking events will

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With decreasing metal aperture, the threshold currents for the fundamental and higher order modes increase due the higher absorption in the metal.. Concur- rently, the slope

8.1.2(b), is such that 1/ the master VCSEL is rendered chaotic via optical feedback, 2/ the master laser exhibits chaos in its two orthogonal x and y-LP modes, 3/ the x-LP mode of

For large modulation fre- quencies, around 2.9 GHz, we have found irregular pulses of the power of individual polarizations with a period equal to twice the modulation period while

• case 6 - blue area (color online) of figure 1-(right): The laser starts on the X-LP mode and as the injection current is increased a pitchfork bifurcation occur, destabilizing

We find that the injection power necessary to obtain such polarization switching is minimum at two different values of the frequency detuning: the first one corresponds to the

关40兴 The configuration is such that 共1兲 the master VCSEL is rendered chaotic via optical feed- back, 共2兲 the master laser exhibits chaos in its two orthogonal x- and y-LP