Name |
Title |
(1) Beige, Almut |
Dissipation-assisted adiabatic passage into an entangled
state |
(2) Benenti, Giuliano |
Emergence of Fermi-Dirac Thermalization in the Quantum
Computer Core |
(3) Blokhin, A. |
Collisional dephasing of coherent molecular rotation in gases |
(4) Brambilla, Enrico |
Quantum structures in a travelling-wave parametric optical
amplifier |
(5) Bouten, Luc |
Davies processes in quantum optics |
(6) Browne, Dan |
Correlations and Information in Qubit Lattices |
(7) Cherkaskiy, Vitaliy |
to be announced |
(8) Duras, Maciej |
Application of hermitean and nonhermitean random matrices to
quantum statistical systems |
(9) Eggeling, Tilo |
UxUxU-symmetric states |
(10) Folman, Ron |
On the observation of decoherence with a movable mirror |
(11) Gasparoni, Sara |
Scalable N-quantum entanglement and high-fidelity
teleportation |
(12) Gelin, Maxim |
Retaining of optically-induced coherency in rotation of
photofragments |
|
and collisionless conditions and in noisy environments |
(13) Giedke, Geza |
Separability Criterion for three-mode tripartite Gaussian
States |
(14) Haba, Zbigniew |
Decoherence and noise in an environment of photons and gravitons |
(15) Huelga, Susana |
Quantum stochastic resonance in electron shelving |
(16) Kassman, Richard |
Non-resonant effects in spin quantum computers |
(17) Kharchenko, Dmitrii |
Stochastic System with Colored Noise and Absorbing
States: Path Integral Solution |
(18) Kharintsev, Sergey |
Self-Similar Fluctuations in a Turbulent Plasma |
(19) Kilin, Dimitri |
Vibrational Control of Electronic Energy Transfer |
(20) Krüger, Peter |
A multi mode interferometer on an atom chip |
(21) Lillo, Fabrizio |
Anomalous Spreading of Power-Law Quantum Wave Packets |
(22) Marquardt, Florian |
Aharonov-Bohm ring with fluctuating magnetic flux |
(23) Micciche, Salvatore |
On stationary stochastic processes with long-range
memory |
(24) Mintert, Florian |
Ion trap quantum logic using microwave radiation |
(25) Montangero, Simone |
Quantum computation with imperfection effects |
(26) Morigi, Giovanna |
(1) Doppler cooling of a Coulomb crystal |
(27) |
(2) ''Time reversal'' kicks in Cavity QED |
(28) Müller, Cord |
Weak localization of light by atoms with internal structure |
(29) Orlowski, Arkadiusz |
Coherent Effects in multiple scattering of
electromagnetic waves from cold atomic samples |
(30) Ostruszka, Andrzej |
Frobenius-Perron operator for systems with noise |
(31) Pachos, Jiannis |
Geometric quantum manipulations |
(32) Pan, Jian-Wei |
Feasible entanglement purification with linear optics |
(33) Pakonski, Prot |
Infinite family of topologically conjugated digraphs |
(34) Pinheiro, Felipe |
Multiple Scattering of electromagnetic waves in disordered
Magnetic Media: |
|
Localization parameter, energy transport velocity and diffusion constant |
(35) Raussendorf, Robert |
A one-time quantum computer |
(36) Sacha, Krysztof |
Driven Rydberg atoms reveal quartic level repulsion |
(37) Schlingemann, Dirk |
Quantum error-correcting codes associated with graphs |
(38)Schön, Christian |
An analysis of a two-atom double-slit experiment based on
environment-induced measurements |
(39) Shathokin, Vyacheslav |
Diagrammatic method for calculating intensity
correlation functions in resonance with spectral resolution |
(40) Simon, Christoph |
Entanglement purification for parametric down-conversion |
(41) Skipetrov, Sergey |
Nonlinearity-induced temporal instability of
multiple-scattering speckle pattern |
(42) Thorwart, Michael |
Decoherent dynamics of a quantum XOR gate operation |
(43) Verstraete, Frank |
Sensitivity optimization in quantum parameter estimation |
(44) Weiss, Christoph |
Influence of background charge fluctuations on single
electron devices |
(45) Wellens, Thomas |
Stochastic resonance in the coherence of a quantum system |
(46) Wimberger, Sandro |
Mixed phase-space vs. quantum localization |
(47) Wong, Vance |
Nonexeptional dephasing in a local random matrix model |
(48) Wubs, Martijn |
Transient QED effects in absorbing dielectrics |
(49) Lages, Jose |
Effects of disorder on coherent propagation of Cooper pairs |