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The Influence of Anticrossing of Exciton States on Exciton Relaxation in GaAs/A1GaAs Double Single Quantum Wells

K. L. Litvinenko, Lyssenko, V. G.

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Abstract

It was found that the dephasing time T2 of direct light hole excitons is decreased in 5 times by mixing its wave function with indirect heavy hole exciton wave function. The decreasing and restoring of light hole exciton dephasing time takes place two times for the values of external steady electric field from 1 V to 3 V. We hope this effect will be useful for the designing of new electro-optic devises.

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What this paper is about

It was found that the dephasing time T2 of direct light hole excitons is decreased in 5 times by mixing its wave function with indirect heavy hole exciton wave function. The decreasing and restoring of light hole exciton dephasing time takes place two times for the values of external steady electric field from 1 V to 3 V. We hope this effect will be useful for the designing of new electro-optic devises.

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Available abstract

It was found that the dephasing time T2 of direct light hole excitons is decreased in 5 times by mixing its wave function with indirect heavy hole exciton wave function. The decreasing and restoring of light hole exciton dephasing time takes place two times for the values of external steady electric field from 1 V to 3 V. We hope this effect will be useful for the designing of new electro-optic devises.

Key concepts: Dephasing, Exciton, Condensed matter physics, Biexciton, Physics, Quantum well, Relaxation (psychology), Electric field

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The Influence of Anticrossing of Exciton States on Exciton Relaxation in GaAs/A1GaAs Double Single Quantum Wells — Research Paper | ScholarLens