Correlated Fermions and Transport in Mesoscopic Systems: Proceedings of the XXXIst Rencontres de Moriond, Les Arcs, Savoie, France, January 20-27, 1996Thierry Martin, Gilles Montambaux, J. Thanh Van Tran |
From inside the book
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Contents
Mattis | 3 |
T Giamarchi et | 13 |
H Maurey et | 24 |
B Kramer et | 35 |
Coupled Luttinger liquids | 81 |
what | 95 |
F Mila et | 105 |
Campbell | 115 |
S Datta et | 249 |
B Spivak et | 257 |
A Volkov et | 267 |
B Van Wees et | 275 |
Modulation of Andreev conductance in a superconductor | 287 |
A Mota et al Quantum coherence effects in proximity induced | 313 |
H Courtois et al Coherence effect on mesoscopic transport near a | 325 |
A Zaikin et al Coherent transport in a diffusive normal wire between | 335 |
Zanchi et | 125 |
B Reulet et | 131 |
R Berkovits | 141 |
Poilblanc et | 150 |
K Jauregui et | 159 |
F Mila et | 173 |
Kravtsov | 187 |
The spectral correlation function at the Anderson metal | 197 |
Y Imry | 209 |
J L Pichard et | 221 |
P Jacquod | 233 |
G Lesovik et al Supercurrent noise in short Josephson junction | 341 |
K Frahm et al Level statistics of a metal grain in a magnetic field coupled | 347 |
U Gennser et al Lattices of artificial scatterers in a high magnetic field | 353 |
Edge | 363 |
Vagner et al Q N S R E Quantized nuclear Spin relaxation effect | 371 |
Orgad et al Parametric excitation of edge waves in the quantum Hall | 383 |
S Girvin Topological excitations in quantum Hall ferromagnets | 395 |
B Tieke et al Even denominator filling factors in the thermoelectric | 405 |
Khveshchenko NonFermi liquid behavior of compressible states on the | 415 |
Common terms and phrases
amplitude average band barrier becomes behavior calculation charge coherence conductance consider constant contribution corrections correlation corresponding Coulomb Coulomb interactions coupling decrease density dependence described determined diffusion discussed disorder distribution edge effect electron energy equation excitations expected experimental experiments exponent factor Fermi fermions finite fluctuations frequency function given gives Hall Hamiltonian important impurities increase integral interaction interesting leads length Lett limit localization Luttinger liquid magnetic field measured metal normal Note observed obtained oscillations pair parameter particle peak phase Phys Physics potential predicted present problem properties quantum regime renormalization repulsive resistance resonance rings sample scale scattering shown single space spectrum spin strong structure superconducting temperature theory transition transport tunneling voltage wave weak wire zero