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Dresden 2017 – scientific programme

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TT: Fachverband Tiefe Temperaturen

TT 3: Transport: Quantum Dots, Quantum Wires, Point Contacts

Monday, March 20, 2017, 09:30–13:15, HSZ 201

09:30 TT 3.1 Unconventional superconductivity in quantum dot systems — •Stephan Weiss and Jürgen König
09:45 TT 3.2 Violation of detailed balance for charge-transfer statistics in Coulomb-blockade systems — •Philipp Stegmann and Jürgen König
10:00 TT 3.3 Franck-Condon blockade in driven quantum dotsPatrick Haughian, Stefan Walter, Andreas Nunnenkamp, and •Thomas Schmidt
10:15 TT 3.4 Conductance through a helical state in an InSb nanowireJakob Kammhuber, Maja Cassidy, Adriaan Vuik, Michal Nowak, •Michael Wimmer, and Leo Kouwenhoven
10:30 TT 3.5 Noise Properties of a Zeeman-split quantum dot coupled to a helical edge state — •Benedikt Probst, Pauli Virtanen, and Patrik Recher
10:45 TT 3.6 Fano stability diagram of a symmetric triple quantum dot — •Michael Niklas, Andreas Trottmann, Andrea Donarini, and Milena Grifoni
11:00 TT 3.7 Dark states in spin-resolved transport through triple quantum dots — •Kacper Wrześniewski and Ireneusz Weymann
  11:15 15 min. break.
11:30 TT 3.8 Levitons in the fractional quantum Hall regime — •L. Vannucci, F. Ronetti, J. Rech, D. Ferraro, T. Jonckheere, T. Martin, and M. Sassetti
11:45 TT 3.9 Optimal quantum interference thermoelectric heat engine with edge statesPeter Samuelsson, Sara Kheradsoud, and •Björn Sothmann
12:00 TT 3.10 Thermoelectric study of dissipative quantum dot heat engines — •Bitan De and Bhaskaran Muralidharan
12:15 TT 3.11 Dynamic response functions, helical gaps, and fractional charges in quantum wires — •Christopher Pedder, Tobias Meng, Rakesh P. Tiwari, and Thomas L. Schmidt
12:30 TT 3.12 Spin-dependent scattering in a nanowire — •Alba Pascual, Vitaly N. Golovach, Dario Bercioux, Juan José Sáenz, and Sebastián Bergeret
12:45 TT 3.13 Role of incoherent scattering on energy filtering in nanostructured thermoelectric generators — •Aniket Singha and Bhaskaran Muralidharan
13:00 TT 3.14 Iterative path integral calculation for the interacting resonant level modelVytautas Abramavicus, •Stephan Weiss, and Michael Thorwart
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