Poster abstract submission deadline January 15, 2009

There are no special requirements for the abstract.

The abstract length has to be one page maximum.

Size of the poster: max 84x119cm.

**Monday 16, February**

1 - Tassilo Keilmann, "Dynamical creation of a supersolid in asymmetric mixtures of bosons"

2 - David Allcock, "Segmented Ion Traps for Quantum Computing"

3 - Marc Almendros, "Single photon source for ion trap quantum networks"

4 - Remigiusz Augusiak, "Generalized entropic inequalities: Stronger measurable criteria for separability of bipartite quantum states"

5 - Almut Beige, "Entangling distant quantum dots using classical interference"

6 - Joerg Bochmann, "Shaping the Phase of a Single Photon"

7 - Lukas Brandt, "Manipulation of atoms with optical tweezers"

8 - Sibylle Braungardt, "Fermion and spin counting in strongly correlated systems"

9 - Jonathan Busch, "Turning two bad cavities into one good cavity"

10 - Jianming Cai, "Entanglement in Biological Systems"

11 - Tommaso Calarco, "Controlled atom-ion entanglement"

12 - Jai-Min Choi, "Single Atom Interferometry via Quantum Transport"

13 - Gabriele De Chiara, "Structural phase transitions in ion crystals"

14 - Gemma De las Cuevas, "Unifying all classical spin models in a Lattice Gauge Theory"

15 - Jerome Dilley, "Developing atom-photon interfaces for single-photon generation and storage"

16 - André Eckardt, "Exploring frustrated quantum antiferromagnetism with ultracold atoms in shaken optical lattices"

17 - Martin Enderlein, "Perspectives of simulating spin-Boson systems with trapped ions"

18 - Jerome Esteve, "Squeezeing and entanglement in a BEC"

**Tuesday 17, February**

1 - Charles Evellin, "Towards Entanglement of Two Individual ^87Rb Atoms Using the Rydberg Blockade"

2 - Søren Gammelmark, "Quantum Learning by Measurement and Feedback"

3 - Rene Gerritsma, "High fidelity entangling gate on trapped ions"

4 - Otfried Guehne, "Decoherence of multipartite entanglement"

5 - Christine Guerlin, "Cavity optomechanics with a Bose-Einstein condensate"

6 - Birger Horstmann, "Simulation of an Acoustic Black Holes on an Ion Ring"

7 - Gerhard Huber, "Employing Trapped Cold Ions to Verify the Quantum Jarzynski Equality"

8 - Thomas Huber, "Demonstration of a geometric two ion/qubit phase gate on the radial modes of motion"

9 - Tobias Kampschulte, "Quantum jumps and continuous spin measurement in a strongly coupled atom-cavity system"

10 - Adrian Kantian, "Preparing Excited Many-Body States: The \eta-state as an experimental example"

11 - Joanna Kenner, "Atoms in micro-fabricated optical cavities"

12 - Matthias Kleinmann, "Deterministic purification of an entangled state using a single copy"

13 - Barbara Kraus, "State preparation using dissipation and unitaries"

14 - Jens Kruse, "Quantum Information Processing with Atoms in Arrays of Dipole Potentials"

15 - Wolfgang Lange, "Photon-mediated entanglement of trapped ions"

16 - Yvan R.P. Sortais, "Investigation of the Energy Distribution and Cooling of a Single Atom in an Optical Tweezer"

17 - Johannes Majer, "Hybrid Quantum Systems: Integrating Atomic and Solid-State Qubits"

18 - Irene Marzoli, "Perfect state transfer and entanglement generation and distribution in FM long-range interacting spin chains"

**Thursday 19, February**

1 - Pietro Massignan, "p-wave superfluidity and Topological Quantum Computation in a Bose-Fermi mixture"

2 - Markus Müller, "Mesoscopic Rydberg gate based on Electromagnetically Induced Transparency"

3 - Dieter Meschede, "Single atom for QIP"

4 - Francesco Minardi, "Few-body physics in an ultracold Bose-Bose mixture"

5 - Simone Montangero, "Optimized atom transport for quantum gates in optical lattices"

6 - Martin Muecke, "Fast Excitation and Photon Emission of a Coupled Atom-Cavity System"

7 - Michael Murphy, "Communicating at the quantum speed limit using optimal control"

8 - Karim Murr, "Two Photons strongly coupled to one atom in cavity quantum electrodynamics"

9 - Alice Myerson, "High-Fidelity Readout of Trapped-Ion Qubits and Qunybbles

10 - Antonio Negretti, "Atomic Schroedinger cat states via optical probing"

11 - Robert Nyman, "Cold-atom experiments with integrated optics"

12 - Simone Paganelli, "Mesoscopic entanglement in cold gases"

13 - Nicolas Piro, "A single ion interacting with single spontaneous parametric down-conversion photons"

14 - Ulrich Poschinger, "A Spin Qubit in a Segmented Micro-Ion Trap"

15 - Uffe Vestergaard Poulsen, "Small atomic ensembles interacting with light"

16 - Guido Pupillo, "Quantum phases of strongly interacting polar molecules"

17 - Jakob Reichel, "Single atom preparation on atom chips"

18 - Stephan Ritter, "Entanglement distribution between a trapped atom and two photons"

**Friday 20, February**

1 - Matteo Rizzi, "Quantum-Hall States in Cold Atomic Rotating Traps with Strong Dissipation"

2 - Carles Rodó, "Operational Quantification of Continuous-Variable Correlations"

3 - Marco Roncaglia, "Rapidly-converging methods for the location of quantum critical points"

4 - Roman Schmied, "Optimal Surface-Electrode Trap Lattices for Quantum Simulation with Trapped Ions"

5 - Hector Schmitz, "A Quantum Random Walk in a Paul Trap"

6 - Christian Schneider, "Towards a two-dimensional lattice of spins"

7 - Volkher Scholz, "Complexity of lattice time evolutions"

8 - Heike Schwager, "A quantum interface between light and nuclear spins in quantum dots"

9 - Danny Segal, "Ion shuttling and quantum jump statistics for Ca+ ions in a miniature Penning trap array"

10 - Zahra Shadman, "On superdense coding with noisy channels"

11 - Daniel Ljunggren, "Developing atom-photon interfaces for single-photon generation and storage"

12 - Giovanni Vacanti, "Cooling atoms into entangled states"

13 - James Wootton, "Universal quantum computation with the D(S_3) anyon model"

14 - Shengjun Wu, "Entropic uncertainty and information complementarity"

15 - Susanne Yelin, "Optical quantum computing using ultracold polar molecules"

16 - Bruno Zimmermann, "Microscopy of a molecular 6Li-BEC"

17 - Stefano Zippilli, "Photonic interfaces based on single trapped atoms"

18 - Dorit Aharonov, "Quantum Hamiltonian Complexity"

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