Abstract
The influence of various lasing-radiation polarization states and types of optical dipole transitions on the nonlinear amplitude-detuning characteristics of quantum-well semiconductor lasers with pump current modulation has been theoretically investigated. It has been established that the narrowest spectral interval, where the response is nonzero, is realized in the case of TM-mode radiation and transitions to the heavy-hole states as well as in the case of TE-mode radiation and transitions to the light-hole states.
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