Titlebook: Quantum Transport in Semiconductor Submicron Structures; Bernhard Kramer Book 1996 Kluwer Academic Publishers 1996 Quantum Hall effect.con

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Delocalization of Certain Two-Particle States by Short Range Interactions in Anderson Insulatorsaches, we find .. ∝ ..where .. is the one-electron localization length and α ≈ 1.65. Furthermore, the full spectrum of disordered mesoscopic Id rings threaded by a magnetic flux is calculated numerically. For ring sizes far exceeding .. we find ./2.-periodic energy levels whose eigenfunctions exhibi

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Theory of Quantum Dot Transportetrical quantization effects can be important. The positions of the conductance peaks at low voltage depend only on differences between the many-electron ground state energies of the isolated dot for different particle numbers. At finite voltages, the excited levels of the dot can also influence the

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Coulomb Blockade in a Silicon Mossetw that the typical excitation energy for a fixed number of electrons is ∼4meV. In the future, these devices will allow exploration of the regime in which the electrons on the island and in the leads interact coherently.

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The Landauer Resistivity Dipoleries are the only source of scattering. Landauer realized that this question requires a full treatment of the quantum mechanical propagation of electrons through a conductor with a specific configuration of scatterers.

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