Electron Transport in Nanosystems

Preface.1. Electron transport in nanodevices. Optical properties and electronic structure of organic-inorganic nano-interface; A.Fuijwara et al.- Electron transport in nanowires- an engineer's view; W.Nawrocki.- Nanoporous anodic alumina wire templates for nanowire devices; T. L Wade et al.- Friedel oscillations in nanowires at finite bias voltage; A. Gorczyca, et al.-Spin orbit interaction induced spin-separation in platinum nanostructures; Koong Chee Weng et al.-The problem of true macroscopic charge quantization in the coulomb blockade; I.S.Burmistrov, A.M.M. Pruisken.- 2. Superconductivity. 11.1. New superconductors. High-field flux dynamics in disordered two.band superconductivity;J. M. Knight et al.-Superconductivity in the quantum-size regime; A. A. Shanenk et al.- Kondo effect coupled to superconductivity in ultrasmall grains; H. Nagao , S. P. Kruchinin.- Emerging measurement techniques for studies of mesoscopic superconductors;A.Rydh et al.- Interplay of magnetism and superconductivity in CeCoIn; R. Movshovich et al.-I I . 2. Cuprate superconductors. Bipolaronic proximity and other unconventional effects in cuprate superconductors; A. S. Alexandrov.- Interlayer tunneling in stacked junctions of high temperature superconductors, CDW materials and graphite; Yu.I. Latyshev.-Multiband description of the electron-doped cuprate gaps on the doping scale; N.Kristoffel , P.Rubin.- Antiadiabatic state - ground state of superconducttors : study of YBCO; P. Banacký.- Elements of modern high-temperature superconductivity; J. D. Dow, R. Harshman.-3. Spintronics.Nonequilibrium density of states and destribution functions for strongly correlated materials and cross the Mott transition; K.Freeriks, V. Joura.-Non-equilibrium physics in solids: hot-electron relaxation; K.H.Bennemann.- Functional renormalization group approach to non-equilibrium properties of mesoscopic systems; T.Pruschke et al.- Microscopic proximity effect parameters in S/N and S/F