Stuttgart 2012 – wissenschaftliches Programm

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10:30	Q 25.1	Exponential families of quantum states — •Sönke Niekamp, Tobias Galla, and Otfried Gühne

10:45	Q 25.2	Constraints on measurement-based quantum computation in effective cluster states — Daniel Klagges and •Kai Phillip Schmidt

11:00	Q 25.3	Robustness of the two-dimensional cluster phase in an external magnetic field — •Henning Kalis, Daniel Klagges, and Kai Phillip Schmidt

11:15	Q 25.4	Entanglement classes of three-qubit generalized Werner states — •Christopher Eltschka and Jens Siewert

11:30	Q 25.5	Quantifying tripartite entanglement for three-qubit generalized Werner states — •Jens Siewert and Christopher Eltschka

11:45	Q 25.6	Measuring entanglement across a phase transition — •Oliver Marty, Marcus Cramer, and Martin Bodo Plenio

12:00	Q 25.7	Perturbation Theory for Parent Hamiltonians of Matrix Product States — •Oleg Szehr and Michael Wolf

12:15	Q 25.8	Solving condensed matter ground state problems by semidefinite relaxations — •Thomas Barthel and Robert Hübener