Physical Properties of Nanosystems
Janez Bonca, Sergei Kruchinin
Springer, Dec 13, 2010 - Technology & Engineering - 340 pages
Recent advances in nanoscience have demonstrated that fundamentally new physical phenomena are found when systems are reduced to sizes comparable to the fundamental microscopic length scales of the material investigated. There has been great interest in this research due, in particular, to its role in the development of spintronics, molecular electronics and quantum information processing. The contributions to this volume describe new advances in many of these fundamental and fascinating areas of nanophysics, including carbon nanotubes, graphene, magnetic nanostructures, transport through coupled quantum dots, spintronics, molecular electronics, and quantum information processing.
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Anderson Anderson localization Andreev antinodal band BCS Hamiltonian BIOSCOPE Bonca Bose gas boundary conditions bulk disorder calculations charge chemical potential conductance Cooper pair corresponding coupling cuprate cuprate superconductors d-wave dependence distribution functions doping effects equation excitations experimental external field Fermi fermions ferromagnetic film fluctuations frequency graphene Green’s function Hamiltonian hydrogen impurity scattering interaction interband Josephson effect kinetic Kondo Kondo effect Kruchinin eds lattice layers Lett magnetic field metal molecule monolayers nanostructures nanowire nonlinear normal optical order parameter oscillations out-of-plane impurities particles phonons Phys Physics and Biophysics Properties of Nanosystems quantum dot quasiparticle pairs quasiparticles regime relaxation renormalized resonant Science for Peace Science+Business Media B.V. spectrum spin Springer Science+Business Media strong chaos structure superconducting superconducting gap superfluid surface symmetric temperature theory tion tunnel junctions voltage wave packet weak chaos