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Darmstadt 2008 – scientific programme

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Q: Fachverband Quantenoptik und Photonik

Q 50: Poster Ultrakalte Atome

Thursday, March 13, 2008, 16:30–19:00, Poster C2

16:30 Q 50.1 Trapping and guiding neutral atoms using ultra-thin optical fibres. — •Guillem Sagué, Eugen Vetsch, Florian Warken, and Arno Rauschenbeutel
16:30 Q 50.2 Optical Spectroscopy On Trapped Nanoparticles — •Alexander Kuhlicke, Stefan Schietinger, and Oliver Benson
16:30 Q 50.3 Lasersystem zum Kühlen und Fangen von neutralem Quecksilber — •Patrick Villwock, Arne Schönhut, Mathias Sinther und Thomas Walther
16:30 Q 50.4 Clock laser for an optical lattice clock with strontium — •Thomas Legero, Fritz Riehle, and Uwe Sterr
16:30 Q 50.5 Vorbereitende Experimente zu einer magnetooptische Falle für Erbium — •Riad Bourouis, Benjamin Botermann und Martin Weitz
16:30 Q 50.6 Ion trap for efficient single ion-photon couplingRobert Maiwald, •Markus Sondermann, Gerd Leuchs, James C. Bergquist, Dietrich Leibfried, Joe Britton, and David J. Wineland
16:30 Q 50.7 Ultra-cold Strontium atoms in 1-D optical lattice for optical frequency metrology — •Joseph Sundar Raaj Vellore Winfred, Thomas Legero, Christian Lisdat, Fritz Riehle, and Uwe Sterr
16:30 Q 50.8 Chromium atoms in a very deep optical trap — •Jimmy Sebastian, Anoush Aghajani-Talesh, Markus Falkenau, Axel Griesmaier, and Tilman Pfau
16:30 Q 50.9 Ladedynamik optischer Dipolfallen bei Erdalkaliatomen — •Felix Vogt, Joseph Sundar Raaj Vellore Winfred, Uwe Sterr und Fritz Riehle
16:30 Q 50.10 Atom guiding in a photonic band gap fibre — •Stefan Vorrath, Sönke Möller, Kai Bongs, and Klaus Sengstock
16:30 Q 50.11 Status of the Hamburg Cavity Cooling Experiment — •Julian Klinner, Malik Lindholdt, Matthias Wolke, and Andreas Hemmerich
16:30 Q 50.12 CO2-Laser Optical Dipole Trap for Fermionic Potassium Atoms — •Alexander Gatto, Christian Bolkart, Sylvi Händl, and Martin Weitz
16:30 Q 50.13 Continuous loading of calcium atoms into an optical dipole trap — •Purbasha Halder, Chih-Yun Yang, Oliver Appel, Dirk Hansen, and Andreas Hemmerich
16:30 Q 50.14 Development and Characterization of a Multiple Species Zeeman SlowerRyan Olf, Edward Marti, Enrico Vogt, •Anton Öttl, and Dan Stamper-Kurn
16:30 Q 50.15 Imaging ultracold atoms with nanometer resolution — •Tim Langen, Tatjana Gericke, Peter Würtz, Daniel Reitz, and Herwig Ott
16:30 Q 50.16 Fringe-free imaging of BEC with spatially incoherent light — •Jochen Kronjäger, Lars Neumann, Christoph Becker, Kai Bongs, and Klaus Sengstock
16:30 Q 50.17 Methods for High-Resolution Preparation of Bose-Einstein Condensates with Spatial Light Modulators — •Simon Stellmer, Mathis Baumert, Christoph Becker, Parvis Soltan-Panahi, Jochen Kronjäger, Kai Bongs, and Klaus Sengstock
16:30 Q 50.18 State-selective microwave potentials on atom chips — •Pascal Böhi, Max F. Riedel, Johannes Hoffrogge, Theodor W. Hänsch, and Philipp Treutlein
16:30 Q 50.19 An ultracold gas of Rydberg atoms — •Wendelin Sprenger, Christoph Hofmann, Janne Denskat, Christian Giese, Thomas Amthor, and Markus Reetz-Lamour
16:30 Q 50.20 Apparatus for all optical probing of Rydberg states — •Harald Kübler, Tim Van Boxtel, Stefan Müller, Robert Löw, and Tilman Pfau
16:30 Q 50.21 State-Selective Transport of Single Caesium Atoms — •Leonid Förster, Michał Karski, Daniel Döring, Florian Grenz, Arne Härter, Wolfgang Alt, Jai-Min Choi, Artur Widera, and Dieter Meschede
16:30 Q 50.22 Measuring the coupling strength of single atoms to the field of a high-finesse optical resonator — •Tobias Kampschulte, Wolfgang Alt, Mkrtych Khudaverdyan, Karim Lenhard, Sebastian Reick, Karsten Schörner, and Dieter Meschede
16:30 Q 50.23 Manipulation of a quantum particle in a rapidly oscillating potential by phase hopsArmin Ridinger and •Christoph Weiss
16:30 Q 50.24 Spectroscopy of two-photon resonances in a single-atom-cavity system — •Alexander Kubanek, Ingrid Schuster, Andreas Fuhrmanek, Thomas Puppe, Pepijn Pinkse, Karim Murr, and Gerhard Rempe
16:30 Q 50.25 A freely falling magneto-optical trap drop tower experiment — •Thorben Könemann, Hansjörg Dittus, Tim van Zoest, Ernst Maria Rasel, Wolfgang Ertmer, Wojciech Lewoczko-Adamczyk, Achim Peters, Anika Vogel, Kai Bongs, Klaus Sengstock, Endre Kajari, Reinhold Walser, and Wolfgang Peter Schleich
16:30 Q 50.26 An Internet Controlled BEC Experiment — •Nadine Meyer, Anika Vogel, Kai Bongs, and Klaus Sengstock
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