2003Journal of Optoelectronics·laserRequires access

The Properties of Strong-coupling Polarons in Quantum Dots

Xiao Jing

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Abstract

The properties of strongcoupling polaron in parabolic quantum dot were investigated by linear combination operator and unitary transformation methods.The result show that both the polaron binding energy and the mean number of optical phonons in the cloud around e electron will decrease with increasing the effective confinement length,and will enlarge with increasing the electronphonon coupling strength.

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The properties of strongcoupling polaron in parabolic quantum dot were investigated by linear combination operator and unitary transformation methods.The result show that both the polaron binding energy and the mean number of optical phonons in the cloud around e electron will decrease with increasing the effective confinement length,and will enlarge with increasing the electronphonon coupling strength.

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Available abstract

The properties of strongcoupling polaron in parabolic quantum dot were investigated by linear combination operator and unitary transformation methods.The result show that both the polaron binding energy and the mean number of optical phonons in the cloud around e electron will decrease with increasing the effective confinement length,and will enlarge with increasing the electronphonon coupling strength.

Key concepts: Polaron, Unitary transformation, Quantum dot, Coupling (piping), Phonon, Condensed matter physics, Physics, Coupling strength

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