For each poster presentation one poster wall will be available.
These poster walls have the following size (don't feel obliged
to really fill it - remember that less might be more):
Width: 97cm
Height: 250cm
Posters can be put up for the full duration of the
workshop (June 10 to 16). Discussions during the breaks are encouraged.
| 1 | Giles Allison (Exeter) | Compressibility study of two-dimensional electron gas |
| 2 | Hadi Arabi (Birjand) | Ab-initio calculation of structural properties of cubic ice |
| 3 | Igor Bondarev (Minsk) | to be announced |
| 4 | Juan Ignacio Climente (Castello) | Two interacting electrons in a nanoscopic quantum ring |
| 5 | Natalia Del Fatti (Talence) | Ultrafast spectroscopy of metal nanoparticles |
| 6 | Luis G. Dias da Silva (Athens, OH) | Impurity-enhanced Aharonov-Bohm effect in neutral quantum-ring magnetoexcitons |
| 7 | Nataliya Goncharuk (Prague) | Semiclassical and quantum mechanical description of superlattices in tilted magnetic field |
| 8 | Victor Gopar (Dresden) | Conductance distribution at finite temperatures in disordered 1D wires |
| 9 | Masudul Haque (Utrecht) | Ring-shaped photoluminescence in field-biased quantum well after laser excitation |
| 10 | Martina Hentschel (Durham) | Semiclassical description of optical microresonators |
| 11 | Martina Hentschel (Durham) | The mesoscopic x-ray edge problem |
| 12 | Lois Huggett (Exeter) | Few-particle complexes in quantum rings |
| 13 | Oleg Kibis (Novosibirsk) | Superlattice properties of carbon nanotubes in a transverse electric field |
| 14 | Fabrice Laussy (Clermont-Ferrand) | Spontaneous coherence buildup in microcavities |
| 15 | Stefan Ludwig (München) | Electrostatically defined single gate quantum dots |
| 16 | Misha Portnoi (Exeter) | Theory of excitonic Mott transition in double quantum wells |
| 17 | Misha Portnoi (Exeter) | Exact solutions for a few-particle exciton in the fractional quantum Hall regime |
| 18 | Misha Portnoi (Exeter) | Temperature dependence of the high-current breakdown of the quantum Hall effect |
| 19 | Jan Renger (Dresden) | Evanescent wave scattering and local electric field enhancement at ellipsoidal silver particles in the vicinity of a glass surface |
| 20 | Rudolf A. Römer (Warwick) (and H. Schulz-Baldes) |
Weak disorder expansion for localization lengths |
| 21 | Rudolf A. Römer (Warwick) (and P. Cain) |
Renormalizing into the mesoscopic quantum Hall insulator |
| 22 | Rudolf A. Römer (Warwick) (and D. Klotsa, M. Turner) |
Electronic transport in DNA |
| 23 | Rudolf A. Römer (Warwick) (and M. Ndawana, M. Schreiber) |
The extended-Harris criterion and scale-free disorder in the 3D Anderson model of localization |
| 24 | Vadym Rudenkov (Nijmegen) | Triplet and singlet states in GaAs/AlGaAs quantum wells in high magnetic fields |
| 25 | Henning Schomerus (Dresden) | Antibunched photons emitted by a quantum point contact out of equilibrium |
| 26 | poster will be presented as a talk on Tuesday | |
| 27 | Michael Schreiber (Chemnitz) (and V. Cerovski, U. Grimm) |
Electronic states and anomalous diffusion in quasiperiodic systems |
| 28 | Jan Seidel (Dresden) | Surface plasmon propagation in structured metal films |
| 29 | Tigran Shahbazyan (Jackson) | Screening and quantum-size effects in surface-enhanced Raman scattering from noble-metal nanoparticles |
| 30 | Tigran Shahbazyan (Jackson) | Inter-Landau-level transitions and ultrafast dynamics of quantum well magnetoexcitons |
| 31 | Ivan Shelykh (Aubiere) | Parametric oscillator for excition-polaritons with spin |
| 32 | Subhasis Sinha (Dresden) | Bose condensate under extreme rotation |
| 33 | Tatiana Teperik (Saratov) | Giant local field enhancement and total resonant absorption of light by plasmons in periodic metallic nanoporous film |
| 34 | Fedir Vasko (Kiev) | Temporal negative conductivity and cyclotron/intersubband emission of photoexcited electrons with partially-inverted distribution |
| 35 | Andreas Weichselbaum (Athens, OH) | Two-electron charge qubits utilizing Aharonov-Bohm phase |