After successful completion of the course, students are able to read and comprehend current research in quantum information theory. Especially multipartite and high-dimensional quantum systems will be covered.
Continuous and many-body quantum states, quantum channels, entropies and state representations, device-independent characterisation with correlations
Lecture with active students' participation.
Initial discussion on 10.03 11:00 in the seminar room of the new building at ATI
5 & 29 March - 16:00 Quantum Shannon Theory 28 April & 5 May - 9:30 Many-body entanglement, Bloch representation and Entropy 03 & 10 May - 16:00 Bell inequalities and semidefinite programming 24 & 31 May - 16:00 Continuous variable quantum information
Short oral presentation of a pre-selected course topic and another short oral presentation about an on-site selected course topic.
Not necessary
VO 141.B09 or basic knowledge of quantum information theory