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Q: Quantenoptik und Photonik

Q 51: Quantencomputer

Wednesday, March 15, 2006, 15:00–18:00, HI

	15:00	Q 51.1	Noise Resistant Quantum Algorithm using Triggered Single Photons from a Single Quantum Dot — •Matthias Scholz, Thomas Aichele, Sven Ramelow, and Oliver Benson
	15:15	Q 51.2	Optimal strategies for fusing optical cluster states — •Konrad Kieling and Jens Eisert
	15:30	Q 51.3	Quantum computation and quantum simulations with 2D Coulomb crystals — •Diego Porras and J. Ignacio Cirac
	15:45	Q 51.4	Construction and characterization of irreversible Quantum Cellular Automata — •Torsten Franz
	16:00		30 min. Pause
	16:30	Q 51.5	Simulation und Optimierung des Ionentransports in einer segmentierten Paul-Falle — •Kilian Singer, Stephan A. Schulz und Ferdinand Schmidt-Kaler
	16:45	Q 51.6	Segmentierte Mikrostruktur-Paul-Fallen — •Stephan A. Schulz, Kilian Singer und Ferdinand Schmidt-Kaler
	17:00	Q 51.7	Quantum simulator for the O(3) nonlinear sigma model — •Sarah Mostame and Ralf Schützhold
	17:15	Q 51.8	Die Ionenfalle als analoger Quantencomputer — •Hector Schmitz, Axel Friedenauer, Steffen Kahra und Tobias Schätz
	17:30	Q 51.9	A quantum algorithm for optical template recognition — •Gernot Schaller and Ralf Schützhold
	17:45	Q 51.10	RF-Spektroskopie einzelner Ytterbium-Ionen — •A. Braun, C. Balzer, C. Wunderlich und W. Neuhauser