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Titlebook: Quantum Transport in Ultrasmall Devices; Proceedings of a NAT David K. Ferry,Harold L. Grubin,Anti-Pekka Jauho Conference proceedings 1995

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Localized Acoustic Phonons in Low Dimensional Structures,ed to hot but quantized electrons are possible. The phonon subsystem will also undergo significant modification. In this paper we will present a review of the experimental and theoretical results of other authors as well as results of our own investigation on the quantization of the acoustic phonons
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Quantum Traffic Theory of Single Electron Transport in Nanostructures, space and time since they must “queue up” to let a definite maximum number of electrons into the capacitor system at a time commensurate with the local charging-energy conditions. The motion is quite subtle because the polarisation field resulting from a propagating electron is distributed over all
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Interacting and Coherent Time-Dependent Transport in Semiconductor Heterostructures,s follows. If the single-particle energies acquire a time dependence, then the wave functions have an extra phase factor, .. For a uniform system such an overall phase factor is of no consequence. However, if the external time dependence is different in different parts of the system, and the particl
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,Recursive Tight-Binding Green’s Function Method: Application to Ballistic and Dissipative Transportd by introducing sites with unequal diagonal energy. In particular, diagonal disorder may be introduced by making the site energy a random variable. It is also useful for describing transport in geometries with hard-wall boundaries defined by straight segments and right angles (or angles whose tange
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