Berlin 2015 –
wissenschaftliches Programm
TT 101: Low-Dimensional Systems: Topological Order 2 (jointly with DS, HL, MA, O)
Donnerstag, 19. März 2015, 15:00–18:30, H 3010
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15:00 |
TT 101.1 |
Topological entropy in the classical toric code model — •Johannes Helmes and Simon Trebst
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15:15 |
TT 101.2 |
Symmetry fractionalization in SU(2n) antiferromagnetic Heisenberg chains — •Andreas Weichselbaum and Thomas Quella
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15:30 |
TT 101.3 |
Protection of topological phases by quantum deformed symmetries — •Thomas Quella
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15:45 |
TT 101.4 |
Topological phase transition in the quench dynamics of a Fermi gas — •Pei Wang
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16:00 |
TT 101.5 |
Diagnosing the statistics of excitations from the dynamical structure factor — •Siddhardh Morampudi, Ari Turner, and Frank Pollmann
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16:15 |
TT 101.6 |
Dissipative Chern Insulators — •Jan Carl Budich, Peter Zoller, and Sebastian Diehl
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16:30 |
TT 101.7 |
Absence of an interaction driven Chern insulating phase on the honeycomb lattice — •Johannes Motruk, Adolfo G. Grushin, and Frank Pollmann
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16:45 |
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15 min. break.
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17:00 |
TT 101.8 |
Quasiparticle interference patterns from different impurities on the surface of pyrochlore iridates: signatures of the Weyl phase — •Fabian Lambert, Andreas Schnyder, Roderich Moessner, and Ilya Eremin
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17:15 |
TT 101.9 |
Interacting surface states of three-dimensional topological insulators — •Titus Neupert, Stephan Rachel, Ronny Thomale, and Martin Greiter
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17:30 |
TT 101.10 |
Resonant scattering in the topological Dirac semimetal Cd3As2 — Vladimir Gnezdilov, Azat Sharafeev, •Peter Lemmens, Raman Sankar, and Fangcheng Chou
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17:45 |
TT 101.11 |
Angle-resolved Photoemission Investigation of SmB6 — •Peter Hlawenka, Oliver Rader, Konrad Siemensmeyer, Eugen Weschke, Andrei Varykhalov, Natalya Shitsevalova, Slavomir Gabani, Karol Flachbart, and Emile Rienks
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18:00 |
TT 101.12 |
Calculation of topological properties of strongly correlated electrons without inversion symmetry using Wannier charge centres. — •Robert Triebl and Markus Aichhorn
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18:15 |
TT 101.13 |
An analytical study of the entanglement spectrum of graphene bilayers — •Sonja Predin and John Schliemann
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