Titlebook: Quantum Mesoscopic Phenomena and Mesoscopic Devices in Microelectronics; Igor O. Kulik,Recai Ellialtio?lu Book 2000 Kluwer Academic Publis

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GENRE

Point-Contact Spectroscopy of Superconductorsth direct conductivity, without any barrier. These contacts are usually called point contacts as their lateral dimension should be smaller than some microscopic lengths such as the coherence length in superconductors and the inelastic mean free path of conduction electrons in normal metals. Some of

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GIDDY

Magnetotransport and Magnetocohesion in Nanowiresic field are studied. The appearance of force oscillations as a function of the magnetic field and their correlation with the correspond-ing characteristics of the electronic conductance are demonstrated. For materials with a strong Fermi surface anisotropy . bismuth), it is predicted that when the

障礙物

Mesoscopic Fluctuations of Co-Tunneling and Kondo Effect in Quantum Dotss through the dot gives way to elastic co-tunneling [1]. The amplitude of the elastic co-tunneling is sensitive to the specific structure of electron wave functions in a given sample. The conductance exhibits strong mesoscopic fluctuations [2]. Statistical properties of these fluctuations are review

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Quantum Smearing of Coulomb Blockadea tunnel junction and capacitively coupled to a gate electrode. At temperatures much lower than the charging energy of the grain the system prefers the values of the grain charge which are integer in the units of electron charge. A review of the effects of small but finite tunneling strength on the

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GLADE

Transport through Quantum Dots and the Kondo Problemm fluctuations and the Kondo effect become important. They show up, e.g., as zero-bias anomalies in the current-voltage characteristics. We use a recently developed diagrammatic technique as well as a new real-time renormalization-group approach to describe charge and spin fluctuations. Both approac

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Coulomb Blockade in Quantum Dots with Overlapping Resonances: Towards an Explanation of the Phase Bend to occupation of one and the same broad level. Between the peaks the electron jumps from this level to one of the narrow levels and the transmission through the dot at the next resonance essentially repeats that at the previous one. This offers a natural explanation to the recently observed behav

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Dephasing and Shot-Noise in Mesoscopic Systemsression for the dephasing rate is obtained and used to rederive known results for dirty conductors. The theory of quantum shot noise within the Landauer transport formulation is reviewed and explained. A recent example of dephasing by a current-carrying system is discussed in some detail. The detect