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Dresden 2006 – wissenschaftliches Programm

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TT: Tiefe Temperaturen

TT 26: Transport - Poster Session

Mittwoch, 29. März 2006, 14:30–18:30, P1

14:30 TT 26.1 Heat transport in ac-driven nanostructures — •Michael Straß, Miguel Rey, Sigmund Kohler, Fernando Sols, and Peter Hänggi
14:30 TT 26.2 Conductance Measurements on Ferromagnetic Breakjunctions — •Magdalena Hüfner, Cécile Bacca, Martina Suty, and Elke Scheer
14:30 TT 26.3 Analytic and numeric Green’s functions for a two-dimensional electron gas in an orthogonal magnetic field — •Alessandro Cresti, Giuseppe Grosso, and Giuseppe Pastori Parravicini
14:30 TT 26.4 A Setup to measure the influence of defects on conductance fluctuations in metallic nanowires — •Michael Wolz, Vojko Kunej, Christian Debuschewitz, and Elke Scheer
14:30 TT 26.5 Electron transport and current fluctuations in short coherent conductors — •Dmitry Golubev, Artem Galaktionov, and Andrei Zaikin
14:30 TT 26.6 The role of contacts in transport through Luttinger liquid — •Katharina Janzen, Volker Meden, and Kurt Schönhammer
14:30 TT 26.7 Anomalies in Coupled Quantum Chains as resonances of the bands — •Luca Alloatti and Giuseppe Grosso
14:30 TT 26.8 Zeeman Ratchets for Ballistic Spin Currents — •Matthias Scheid, Dario Bercioux, and Klaus Richter
14:30 TT 26.9 Dephasing by transverse gauge field fluctuations — •Thomas Ludwig and Alexander D. Mirlin
14:30 TT 26.10 Time-dependent Numerical Renormalization Group for Multi-Level Quantum Dots — •David Roosen and Walter Hofstetter
14:30 TT 26.11 Flow equation method for the non-equilibrium Anderson Impurity Model — •Michael Möckel and Stefan Kehrein
14:30 TT 26.12 A diagrammatic approach to adiabatic pumping — •Janine Splettstoesser, Michele Governale, Jürgen König, and Rosario Fazio
14:30 TT 26.13 Transport properties of a single electron transistor strongly coupled to a nanomechanical resonator — •Charles Doiron, Wolfgang Belzig, and Christoph Bruder
14:30 TT 26.14 Rabi spectroscopy in a qubit-oscillator system — •Julian Hauss, Alexander Shnirman, and Carsten Hutter
14:30 TT 26.15 Creating microwave photon pairs in superconducting cavity QED — •Florian Marquardt
14:30 TT 26.16 Information transfer in permanently coupled spin chains — •Daniel Burgarth, Sougato Bose, and Vittorio Giovannetti
14:30 TT 26.17 Phase-space theory for nonlinear detectors of superconducting qubits — •Ioana Serban and Frank Wilhelm
14:30 TT 26.18 Microwave spectroscopy on single Josephson junctions — •Karl Madek, Sven Beutner, Renke Stolle, Christian Probst, Achim Marx, and Rudolf Gross
14:30 TT 26.19 SIS and SIFS niobium Josephson junctions for superconducting flux qubits — •Georg Wild, Bernhard Huber, Tobias Heimbeck, Karl Madek, Matteo Mariantoni, Achim Marx, and Rudolf Gross
14:30 TT 26.20 Experimental Realization and Testing of Microwave Beam Splitters — •Andreas Emmert, Matteo Mariantoni, Henning Christ, Enrique Solano, Markus J. Storcz, Frank K. Wilhelm, Achim Marx, and Rudolf Gross
14:30 TT 26.21 Coupled Josephson Phase Qubits — •T. Wirth, J. Lisenfeld, A. Lukashenko, S. Shitov, and A.V. Ustinov
14:30 TT 26.22 Implementation of two-cell flux qubits — •A. K. Feofanov, A. A. Abdumalikov, and A. V. Ustinov
14:30 TT 26.23 Long Josephson junction filters for qubit control — •H. H. Eglmeier, A. Kemp, V.S. Kaplunenko, and A. V. Ustinov
14:30 TT 26.24 Preparation and readout of bistable vortex states in a long annular Josephson junction containing a lithographic microshort. — •Alexander Kemp, Astria Price, and Alexey V. Ustinov
14:30 TT 26.25 Frequency dependence of full counting statistics in AC-biased mesoscopic conductors — •Dmitry Bagrets and Fabio Pistolesi
14:30 TT 26.26 Full Counting Statistics of an Aharonov-Bohm Interferometer with an embedded Quantum Dot — •Daniel Urban and Jürgen König
14:30 TT 26.27 Revealing entanglement of spin qubits with counting statistics — •Holger Schaefers and Walter T. Strunz
14:30 TT 26.28 Molecular conductance from ab initio calculations: self energies and absorbing boundary conditions — •Andreas Arnold and Ferdinand Evers
14:30 TT 26.29 Structure and conductance histogram of atomic-sized Au contacts — •Markus Dreher, Fabian Pauly, Jan Heurich, Carlos Cuevas, Elke Scheer, and Peter Nielaba
14:30 TT 26.30 Absence of fractional conductance quantization in ferromagnetic atomic contacts — •Michael Häfner, Juan-Carlos Cuevas, Janne Viljas, Diego Frustaglia, and Fabian Pauly
14:30 TT 26.31 Influence of vibrations on electronic transport through DNA — •Benjamin Schmidt, Matthias Hettler, Gerd Schön, E.B. Starikov, and Wolfgang Wenzel
14:30 TT 26.32 Influence of Adsorbates on the Structure and Electronic Properties of Molecular-size Junctions — •Sören Wohlthat, Fabian Pauly, Janne Viljas, Juan-Carlos Cuevas, and Gerd Schön
14:30 TT 26.33 First-principles study of single row Al and Pt wires — •Thomas Gnielka, Klaus-Peter Bohnen, and Rolf Heid
14:30 TT 26.34 Transport properties of carbon nanotubes synthesized by chemical vapor deposition — •T. Pietsch, I. Mönch, J. Schumann, K. Biedermann, H. Vinzelberg, and B. Büchner
14:30 TT 26.35 Transport through molecules — •Bernd Briechle, Simon Verleger, and Artur Erbe
14:30 TT 26.36 Hofstadter butterfly of carbon nanotubes — •Norbert Nemec and Gianaurelio Cuniberti
14:30 TT 26.37 Signatures of vibron-assisted transport in DNA molecular wires — •Rafael Gutierrez, Sudeep Mandal, Soumya Mohapatra, Danny Porath, and Gianaurelio Cuniberti
14:30 TT 26.38 Effects of chemical substitution on quantum transport through single aromatic molecules — •Florian Pump, Alessandro Pecchia, Aldo Di Carlo, and Gianaurelio Cuniberti
14:30 TT 26.39 Quantum transport through single azobenzene molecules: contact effects — •Miriam del Valle, Rafael Gutiérrez-Laliga, Carlos Tejedor, and Gianaurelio Cuniberti
14:30 TT 26.40 STM spectroscopy and STM imaging of linear molecules — •Dmitry Ryndyk and Gianaurelio Cuniberti
14:30 TT 26.41 Influence of laser irradiation on the transport in molecular wires — •U. Kleinekathöfer, S. Welack, and M. Schreiber
14:30 TT 26.42 Nanometer spaced electrodes of different metals on cleaved surfaces for molecular electronics applications — •Simone Lingitz, Sebastian Luber, Fan Zhang, Allan Hansen, Max Bichler, and Marc Tornow
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