| Erscheinungsdatum | Titel | Autor(en) |
| 81 | 2009 | The program for the foundation of thermodynamics | Gemmer, J. ; Michel, M.; Mahler, G. |
| 82 | 2009 | The typical reduced state of the system | Gemmer, J. ; Michel, M.; Mahler, G. |
| 83 | 2006 | Thermalization of quantum systems by finite baths | Gemmer, J ; Michel, M |
| 84 | 2011 | Transient fluctuation theorem in closed quantum systems | Bartsch, C.; Gemmer, J. |
| 85 | 2007 | Transition from diffusive to ballistic dynamics for a class of finite quantum models | Steinigeweg, Robin ; Breuer, Heinz-Peter; Gemmer, Jochen |
| 86 | 2008 | Transport in anisotropic model systems analyzed by a correlated projection superoperator technique | Weimer, Hendrik; Michel, Mathias; Gemmer, Jochen ; Mahler, Guenter |
| 87 | 2008 | Transport in open spin chains: A Monte Carlo wave-function approach | Michel, Mathias; Hess, Ortwin; Wichterich, Hannu; Gemmer, Jochen |
| 88 | 2010 | Transport in the three-dimensional Anderson model: an analysis of the dynamics at scales below the localization length | Steinigeweg, Robin ; Niemeyer, Hendrik; Gemmer, Jochen |
| 89 | 2014 | Transport in tight-binding bond percolation models | Schmidtke, Daniel; Khodja, Abdellah; Gemmer, Jochen |
| 90 | 2013 | Transport in topologically disordered one-particle, tight-binding models | Khodja, Abdellah; Niemeyer, Hendrik; Gemmer, Jochen |
| 91 | 2009 | Typicality of observables and states | Gemmer, J. ; Michel, M.; Mahler, G. |
| 92 | 2007 | Untitled | Breuer, H. -P.; Gemmer, J. ; Michel, M.; Schollwoeck, U. |
| 93 | 2020 | Why are macroscopic experiments reproducible? Imitating the behavior of an ensemble by single pure states | Reimann, Peter; Gemmer, Jochen |
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