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Springer eBooks

Interband Transitions

J. N. Hodgson

Published Jan 1, 1970• 3 citations
Publisher
DOI
10.1007/978-1-4613-3321-0_3

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The nonlinear modulation dynamic properties of nonreciprocal indirect interband photonic transitions have been theoretically investigated in this paper. It is found that the period of such complete interband photonic transitions can be modulated for the relatively weak nonlinear effect, while interband transitions can be partially or even completely suppressed for relatively strong nonlinear effect, i.e., the dynamic behaviors of this system can be completely decided by nonlinear effects and dynamic modulations. Phase plane analysis is used to explain these dynamic behaviors.
There is a great interest in nonlinear optical phenomena in multiple quantum well (MQW) structure. However, the investigation has been focused on either interband or intraband transition. If the interband and intraband transitions are utilized simultaneously, new application fields such as light-controlled optical modulation can be expected. (Fig.1) In this paper, we investigate theoretically the nonlinear optical absorption of interband-resonant light in n-doped MQW structure, which is caused by the simultaneous incidence of intraband-resonant light. Here we use the transition from bound to extended states as the intraband transition.