Electronic Correlations: from
Meso- to Nanophysics
T. Martin, G. Montambaux and
J. Trân Thanh Vân eds.
EDPSciences 2001
| Molecular systems |
1
|
|
| J. Van Ruitenbeek | Shell structure in nanowires of simple metals |
3
|
| Y. Avishai | Kondo tunneling through a biased double quantum dot |
11
|
| A. Levy Yeyati | Dynamical Coulomb blockade in quantum point contacts |
17
|
| H. Ness | Electron transport in molecular wires mediated via polarons and solitons: coherent electron-phonon interaction |
23
|
| J. Bürki | Statistics of quantum transport in metal nanowires with surface disorder |
27
|
| Quantum Hall effect |
31
|
|
| F. von Oppen | Elastic theory of quantum Hall stripes |
33
|
| V.M. Yakovenko | Chiral and midgap edge electron states in the quasi-one-dimensional organic conductors (TMTSF)2X |
39
|
| A.M. Chang | On-resonance and off-resonance tunneling at the fractional quantum Hall edge |
41
|
| V. J. Goldman | Coherent control of fractional charges in quantum antidot devices |
51
|
| L. P. Lévy | Unpolarizable groud states in the fractional quantum Hall effect at n=2/3 |
59
|
| I. Safi | Fractional statistics and noise correlations in the FQHE |
67
|
| C. Glattli | Shot noise in the FQHE : strong backscattering by a weak impurity |
73
|
| Shot Noise |
83
|
|
| Y. Gefen | The effect of interaction on shot noise in the quantum limit |
85
|
| Y. V. Nazarov | Full counting statistics of electron transfer between superconductors |
93
|
| S. Oberholzer | Shot noise of series quantum point contacts |
99
|
| J. Torrès | The fermionic analog of the Hanbury-Brown and Twiss experiment with a superconductor |
103
|
| C. Texier | Effect of incoherent scattering on shot noise correlations in the quantum Hall regime |
107
|
| G. Gomila | Fractional exclusion statistics and shot noise in ballistic conductors |
111
|
| Hybrid Structures |
115
|
|
| K. Lehnert | Observing single electron tunneling events in a superconducting single electron transistor |
117
|
| M. Sanquer | Doubled shot noise in hybrid NS junctions |
121
|
| B. Pannetier | Subharmonic Shapiro steps in a mesoscopic S-N-S junction |
127
|
| Y. Oreg | Fermions and bosons in superconducting amorphous wires |
133
|
| C. Bruder | Superposition of two mesoscopically distinct quantum states |
137
|
| V. V. Ryazanov | Coupling of two superconductors through a ferromagnet. SFS p-junctions and inner frustrated networks |
143
|
| V. Falko | Magnon-assisted Andreev reflection in a ferromagnet-superconductor junction |
147
|
| N.M. Chtchelkatchev | Electron transport through semiconductor-superconductor junction in Integer Quantum Hall Effect |
153
|
| H. Courtois | Local spectroscopy of a superconductor-normal metal junction |
159
|
| F. Lefloch | Shot noise in incoherent superconducting/normal metal/superconducting junction |
163
|
| D. Ivanov | Quantum interference effects in isolated Josephson junction loops |
167
|
| T. Martin | Controlled decoherence due to a normal-metal superconductor proximity wire |
171
|
| M. Vinet | Spatially resolved tunneling spectroscopy on normal nanostructures in contact with a superconductor |
175
|
| Metal-Insulator Transition in 2D |
179
|
|
| U. Sivan | On the relation between interband scattering and "metallic" behavior of two dimensional holes in GaAs/AlGaAs |
181
|
| A.Yacoby | Microscopic structure of the metal-insulator transition in two dimensions |
187
|
| A.K. Savchenko | Fermi-liquid behaviour of 2D systems near the crossover from "metal" to "insulator" |
195
|
| M. Reznikov | In-plane magnetization of electrons in a silicon inversion layer |
201
|
| U. Gennser | Electrical conductivity of strongly interacting holes in 2D and 0D |
207
|
| S. S. Safonov | Oscillatory instability in short-gate GaAs MESFETs |
213
|
| J.-L. Pichard | Mesoscopic Wigner crystallization in two dimensional lattice models |
217
|
| Y. Meir | Percolation approach to the metal-insulator transition in two dimensions |
221
|
| A. M. Finkel'stein | Diluted electron gas near the metal insulator transition in silicon inversion layers |
225
|
| Quantum Coherence |
229
|
|
| M. Büttiker | Decoherence from vacuum fluctuations |
231
|
| A. D. Zaikin | Coulomb effects and electron transport through a coherent conductor |
237
|
| Y. Imry | Quantum noise, detailed balance and Kubo formula in non equilibrium quantum systems |
243
|
| E. Kanzieper | Mesoscopic metallic rings out of equilibrium |
251
|
| D. Mailly, J. Vidal | Experimental and theoretical investigations on Aharonov-Bohm cages |
255
|
| L. Saminadayar | Persistent currents in mesoscopic connected rings |
263
|
| H.P. Büchler | Transport properties of one-dimensional trapped atomic gases |
267
|
| R. Deblock | Measurements of flux dependent screening in Aharonov-Bohm rings |
273
|
| K. M. Frahm | Localization and absence of Breit-Wigner form for Cauchy random band matrices |
279
|
| J. Könemann | Local density of states probed by single electron tunneling |
283
|
| A. Monastra | Correlations and fluctuations of a confined electron gas |
287
|
| R.S. Withney | Does Berry phase exist for a system coupled to its environment? |
291
|
| Electronic correlations |
299
|
|
| A. Anthore | Influence of magnetic field on effective electron-electron interactions in a copper wire |
301
|
| K.B. Efetov | Quantum interference and Coulomb interaction in granulated metals |
309
|
| S. Brazovski | Topological confinement of spins and charges: spinons as p- jonctions |
315
|
| K. Imura | Discrete thermodynamic Bethe ansatz |
319
|
| P. Jacquod | Fast ground-state reordering from off-diagonal fluctuations of interaction |
323
|
| J. Lages | Excited states of the Cooper problem in a three-dimensional disordered system |
329
|
| N.S.Maslova | Non-equilibrium tunneling effects of interacting Hubbard-Anderson impurities |
333
|
| O. Ujsàghy | Theory of Fano resonance in STM spectroscopy of Kondo ions on metal surfaces |
339
|
| I. Varga | Dynamics of Coulomb-correlated electron-hole pairs in disordered semiconductor nanowires |
343
|
| X. Zotos | Ballistic Hall response |
347
|
| Quantum Dots |
351
|
|
| M. Heiblum | Phase evolution in a Kondo-correlated system |
353
|
| S. De Franceschi | Multi-level Kondo regimes in a quantum dot |
361
|
| K. Ensslin | Spin effects in quantum dots with steep potential walls |
367
|
| V.E.Kravtsov | Time-reversal symmetry breaking by AC field: effect of commensurability in the frequency domain |
373
|
| F. Piéchon | Universal scrambling properties of wavefunctions and energy spectra in Coulomb blockade quantum dots |
381
|
| A. Zawadowski | Comparision between one- and two-channel Kondo effects in mesoscopic systems |
385
|
| C. Marcus | Coulomb blockade and electron spin in quantum dots |
391
|
| L.I. Glazman | The g-factors of discrete levels in nanoparticles |
405
|
| E. V. Sukhorukov | Shot noise of weak cotunneling current: non-equilibrium fluctuation-dissipation theorem |
413
|
| Nanotubes |
419
|
|
| C. Schönenberger | Doping state of multi-wall carbon nanotube wires and quantum dots |
421
|
| A. Bachtold | Electrostatic force microscopy of electronic transport in carbon nanotubes |
427
|
| H. Postma | 1/f noise in carbon nanotubes |
433
|
| M. Paalanen | Tunneling into resistive multiwalled carbon nanotubes |
437
|
| B. Reulet | Proximity-induced and intrinsic superconductivity in carbon nanotubes |
443
|
| J. Nygard | Transport phenomena in nanotube quantum dots from strong to weak confinement |
455
|
| L. Roschier | Low-noise electrometer made of multiwalled carbon nanotube |
459
|
| Spin Injection and magnetism |
463
|
|
| P. Streda | Two-component interference effect in one- and two-dimensional systems |
465
|
| H. Takayanagi | Design of a semiconductor ferromagnet in artificial crystals |
469
|
| B.J. van Wees | Spin transport and spin injection in mesoscopic metal and semiconductor devices |
475
|
| D. Weinmann | Channel blocking by a thin domain wall in ballistic ferromagnetic quantum wires |
485
|
| H. Bruus | A phenomenological two-subband model for quantum point contacts: the 0.7 conductance anomaly and the associated thermopower |
489
|
| G. Usaj | Tunneling magnetoresistance in nanoscale F-N-F systems: mesoscopic fluctuations |
493
|
| X. Waintal | Spin torque in a magnetic trilayer coupled to a superconductor |
497
|
| Quantum Computing |
501
|
|
| P. Lafarge | Resonant Cooper tunneling through a double superconducting island qubit |
503
|
| R. Fazio | Engineering entanglement with Josephson qubits |
509
|
| F.W.J. Hekking | Cooper pair box coupled to a current-biased Josephson junction |
515
|
| G. Wendin | Dynamic of Andreev level qubits |
521
|
| D. Loss | Electron spins for spintronics and quantum communication in quantum dots and wires |
525
|
| D. Feinberg | Correlated electron transport at multiple superconductor-ferromagnet interfaces |
535
|
| G. Lesovik | Generating entangled electron pairs from a superconductor |
541
|
| R. Mélin | Electronic EPR-like experiments with superconductors |
547
|
| D.V. Averin | Quantum computation with FQHE quasiparticles |
551
|
| B. Georgeot | Efficient quantum computing insensitive to phase errors |
557
|