Titlebook: Control of Magnetotransport in Quantum Billiards; Theory, Computation Christian V. Morfonios,Peter Schmelcher Book 2017 Springer Internati

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Electrons in Low-Dimensional Mesoscopic Systems,ype, idealized nanoelectronic transport device in which quantum coherence is maintained. Under the associated approximations to the system Hamiltonian, we finally analyze the characteristics of quantum states resulting from low-dimensional confinement.

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,Coherent Electronic Transport: Landauer-Büttiker Formalism,-Büttiker theory of transport in multiterminal structures, which relates the scattering matrix of the system to its electrical conductance. After presenting the general framework, we focus on the linear response regime of transport.

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,Einflu? des Riemenscheibendurchmessers,c, geometrically defined asymptotic scattering channels, highlighting the involved concepts and the main observable interference effects in transmission, Fano resonances and Aharonov-Bohm oscillations.

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蕨類

,H?chstwerte der Riemenreibung,tions and qualifies as a nanoelectronic current control element. Excerpts and figures from Morfonios and Schmelcher (Phys. Rev. Lett. 113(8):086802, 2014) reprinted with permission. Copyright (2014) by the American Physical Society.

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Introduction,ical phenomena has been pushed to extreme accuracy. The probabilistic character of a system’s behavior immediately brings the question of its controllability into a very specific dichotomy: Absolute certainty about a property prior to its measurement is achieved only by forcing the associated probability to the limit of zero or unity.