Schedule
| Monday, 8th | Tuesday, 9th | Wednesday, 10th | Thursday, 11th | Friday, 12th | |
| 09:30 |
Peter Reimann
Equilibration and thermalization under realistic preparation and measurement conditions |
Masahito Ueda
Information thermodynamics: Maxwell’s demon and quantum Szilard engine |
Joan Vaccaro
Erasure of information under conservation laws |
||
| 10:15 |
Welcome and a little tale on trains, sailors, and how we came to be here |
Augusto Roncaglia
A system equilibrates when diagonalizing its Hamiltonian is difficult |
Ben Schumacher
Landauer's principle, fluctuations and the Second Law |
Janet Anders
Landauer’s erasure principle in the strongly coupled quantum regime |
|
| 11:00 |
tea break |
tea break | tea break | tea break | |
|
11:30 |
Jens Eisert
A quantum information view on equilibration and the emergence of statistical ensembles |
Rob Spekkens
Thermodynamics as a resource theory |
Jochen Gemmer
A transient fluctuation theorem in closed quantum systems |
Charles Bennett
Forgetting and Erasing |
|
|
12:15 |
Christian Gogolin
Thermalization in nature and on a quantum computer |
Jonathan Oppenheim
Thermodynamics as a resource theory (cont.) |
Robert Alicki
Two types of information and thermodynamics |
Paul Skrzypczyk
Small thermal machines: virtual qubits and virtual temperatures. |
|
| 13:00 |
lunch break |
lunch break | lunch break | lunch break | |
|
14:45 |
Stephanie Wehner
Understanding thermalization from decoupling |
Foxtrail |
Michał Horodecki
TBA |
Dominik Janzing Three steps towards an entirely quantum description of thermodynamic machines |
|
|
15:30 |
Markus Mueller
Typical entanglement, coin tossing, and a general-probabilistic decoupling theorem |
(Foxtrail cont.) |
Jochen Rau
Inferring constants of the motion of a small quantum system |
Sania Jevtic
Thermodynamics in the presence of correlations |
|
| 16:15 |
Afternoon by the canal (location) |
(Foxtrail cont.) |
Last remarks and goodbyes |
||
|
19:00 |
Evening by the canal Rimini (location) |
Dinner Hiltl (location) |