Dresden 2003 – wissenschaftliches Programm

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10:15	TT 22.1	Antiferromagnetism and the Metal-Insulator Transition in the Frustrated Hubbard Model — •Robert Zitzler, Thomas Pruschke, and Ralf Bulla

10:30	TT 22.2	Mean field theory of an itinerant spin glass — •Michael Bechmann and Reinhold Oppermann

10:45	TT 22.3	Low-temperature Peierls Gaps and Spectral Functions of a Quasi-One-Dimensional Metal — •Jörg Schäfer, Michael Sing, and Ralph Claessen

11:00	TT 22.4	Optically induced coherent voltage oscillations in blue bronze — •B. Beschoten, I. Dotsenko, P.H.M. van Loosdrecht, and S. van Smaalen

11:15	TT 22.5	Multiple umklapp scattering driven instabilities in one-dimensional systems — •Peter Schmitteckert and Ralph Werner

11:30	TT 22.6	Von VO₂ zu V₂O₃: Die Metall-Isolator-Übergänge der Magnéli-Phasen V_nO_2n−1 — •U. Schwingenschlögl, V. Eyert und U. Eckern

11:45	TT 22.7	Universality class of the insulator-fractionalized insulator transition — •Flavio Nogueira and Asle Sudbø

12:00	TT 22.8	Formation of three-particle clusters in hetero-junctions and MOSFET structures — •Klaus Morawetz and Enver Nakhmedov

12:15	TT 22.9	Microwave Conductivity of Si:P in the Hopping Regime — •Marc Scheffler and Martin Dressel