Oral presentation
schemes
The
time allotted to each oral presentation is :
Invited
papers 25 min
including 5 min discussion
Contributed
papers 20 min including 5 min
discussion.
Both
overhead projector and LCD projector will be available. Those who wish to use a
LCD projector should bring their own computer. In order to escape a trouble,
the organizers ask all oral speakers to bring overhead projector sheets even if
they will use the LCD projector. To save your presentation time, please start
up your computer before your talk if you will use it.
March
3rd, Sunday
March 4th, Monday
M1. 9:20-10:00 J.
Clarke (invited);
gThe DC SQUID: From Traditional Designs to New Ideas for
Quantum Measurementh
SMALL
JUNCTION
Chairman (
M2. 10:30-10:55@@A.F. Andreev (invited); Kapitza Institute,
gQuantum Coherence between States with Even and Odd Numbers of Electronsh
M3.
10:55-11:20 @C. J. P. M. Harmans (invited); TU Delft, The
M4. 11:20-11:45 @P. Delsing (invited); Chalmers
University of Technology, Sweden
gReading out charge qubits
with a radio frequency single electron transistorh
M5.
11:45-12:05 @D. Haviland, M.Watanabe, P.Agren, K.Andersson, V.Schollmann;
gTunable electrodynamic
environment and Coulomb blockade with 1D SQUID arrayh
M6. 12:05-12:25@@H. Shimada, Y. Ohtsuka;
gFerromagnetic
Single-Electron Pumph
SPINTRONICS I
Chairman
( D. Heitmann )
M7.
13:30-13:55 @H. Ohno (invited);
gManipulation
of Ferromagnetism in Semiconductorsh
M8.
13:55-14:20 @F.J. Jedema,
H. B. Heersche, A.T. Filip,
J.J.A. Baselmans,
B. van Wees (invited);
gSpin injection, spin
transport and controlled spin precession in mesoscopic
metal spin valve devicesh
M9. 14:20-14:40 K.Xia,
P.J Kelly, G. Bauer, I.Turek; TU Delft, The
gTransmission
Polarization of Ferromagnet/Superconductor Interfacesh
M10.
gSpin-orbit
Interaction and its Application to Spin Interference Deviceh
Chairman ( B.van. Wees )
M11.
15:20-15:40 P. E. Lindelof ,
S.E.Andresen, J.C.Hollingbery,
G.R.Kofod, S.Pedersen;
Niels
Bohr Institute,
gMesoscopic
Semiconductors in the Near Field of a Superconducting Quantum Interference Ring
or a Superconducting Microbridgeh
M12.
gMaterial
design in quantum dot superlatticesh
M13.
gEffect of randomness on
zero-bias conductance peak in disordered normal metal / d-wave superconductor
junctionh
M14.
16:20-16:40 O. Kronenwerth, D.Grundler, C.H.Moller, Ch.Heyn, D.Heitmann;
gExtraordinary
Magnetoresistance Effect in CEO-fabricated Metal
Films on InAs-Heterostructuresh
M15.
gMesoscopic
Spintronics: Fluctuation and Localization Effects in
Spin-polarized Quantum Transporth
Short Lab. Tour
March
5th, Tuesday
QUANTUM COHERENCE
Chairman ( H. Takayanagi
)
T1.
gQuantum
Computation with Aharonov-Bohm and
T2.
T3.
gPersistent
Currents in multiply connected ringsh
T4.
gPersistent currents and
superconductivity in small metallic grains - the role of the high energy eigenstatesh
MESOSCOPIC
SUPERCONCUCTIVITY
Chairman ( Y.
Tanaka )
T5.
gSome highlights and
trends in the field of superconducting junction radiation detectorsh
T6.
gHybrid
Superconductor/Normal Metal Mesoscopic Structures:
Some Unanswered Questionsh
T7.
gShot Noise
and Proximity Effect in SN-Heterostructuresh
T8.
12:10-12:30 F.
Taddei, R.Fazio; ISI
gPositive
cross-correlations induced by spin-polarized currents in hybrid structuresh
ANDREEV REFLECTION
Chairman ( A. Furusaki
)
T9.
gExcitation
gap of an Andreev billiardh
T10.
gCoherent
Transport in Mesoscopic SNS Junctionsh
T11. 14:20-14:40 F. Giazotto,
P.Pingue, F.Beltram;
gde Gennes-Saint James Resonant Transport in Nb/GaAs/AlGaAs/GaAs Heterostructuresh
T12.
gAnomalous
magnetic field response of LSMO/YBCO junctionsh
SUPER/FERRO HYBRID
STRUCTURE
Chairman ( J.
Nitta )
T13.
gInterplay between pairing and exchange in small grainsh
T14.
gSpin-polarised transport in hybrid ferromagnetic-superconducting
nanostructuresh
T15.
16:20-16:40 N.M.Chtchelkatchev, W.Belzig, Yu.V.Nazarov, C.Bruder ;
gƒÎ-0 Transition in
Superconductor-Ferromagnet-Superconductor Junctionsh
T16.
gSuppression of
superconductivity by spin imbalance in ferromagnetic/superconductor single
electron transistorsh
T17.
gMechanisms of 0-ƒÎtransition and
current-phase relationship in SFS Josephson junctionsh
T18. 17:20-17:40 F. S. Bergeret,
A.Volkov, K.Efetov ;
gProximity
effect in superconductor-ferromagnet structures with
a nonhomogeneous magnetizationh
BANQUET
March
6th, Wednesday
SPIN INJECTION I
Chairman ( J.B.
Hansen )
W1.
gTheory of
Spin Injectionh
W2.
Paul Drude Institute,
gGrowth and properties
of Fe/GaAs heterostructures
for tunneling-assisted spin injection at room temperatureh
W3.
gMagnetization reversal
by optical spin injection and its memorization effect in ferromagnetic (Ga,Mn)As thin filmsh
W4.
10:10-10:30 K.Yoh, H.Ohno, Y.Katano, K.Sueoka, K.Mukasa;
gDirect spin injection
from a ferromagnetic metal into a semiconductor through Fe/InAs
junctionh
SPIN INJECTION II
Chairman ( E.
Rashba )
W5.
gSuperconductor-semiconductor
and ferromangnet-semiconductor nanostructuresh
W6.
gElectrical electron
spin injection with (Ga,Mn)As/n+-GaAs tunnel junctionh
W7.
ISM, CNR,
gEfficient spin
polarized injection from CMR manganite into organic
semiconductorh
W8. 12:05-12:25 A.
Jensen, J.Nygard, J.Borggreen;
gSpin Transport in
Single Wall Carbon Nanotubes with Ferromagnetic
Electrodesh
QUANTUM DOT
Chairman ( M.
Ueda )
W9.
gElectron
Energy Relaxation in the Presence of Magnetic Impuritiesh
W10.
gSpin-related
interactions in semiconductor quantum dotsh
W11.
14:20-14:40 A. Takeuchi,
T.Kuroda;
gAntiferromagnetic coupling between semiconductor quantum
dotsh
W12.
gNumerical Analysis of
Correlation Effects in the Josephson Current through
a Quantum Doth
W13.
gKondo Effect
and Dephasing in a Hybrid Quantum Dot-Ring Coupled to
a Reservoirh
W14.
gQuantum nondemolition measurements of a qubith
W15.
16:15-16:40 A.Shnirman (invited),Y.Makhlin, G.Schön;
gDephasing and measurements of Josephson
qubitsh
W16.
gElectronic entanglement
near a superconductor:
W17.
17:05-17:30 R. Schoelkopf (invited);
gMeasuring
Quantum Coherence in the Single Cooper-Pair Boxh
W18.
gDC-SQUID Readout for Qubith
CLOSING REMARK 18:00