Quantum Nonlocality - Lecture 3

'Quantum nonlocality' lecture 3 given by Martin Plávala at Leibniz University Hannover.
Quantum nonlocality, in some of its many forms, is a peculiar phenomenon that by definition lacks an explanation in terms of classical physics or classical probability theory. Moreover quantum nonlocality often appears as a necessary component in obtaining quantum advantage over classical computers or classical cryptographic protocols. For these reasons quantum nonlocality has been heavily researched in the recent years, yet many theoretical questions remain open.
These lectures will introduce quantum nonlocality in the form of entanglement, violations of Bell inequalities, and correlations arising in quantum networks. Fundamental results on detecting quantum nonlocality will be explained and some applications of quantum nonlocality will be reviewed.
After finishing the lectures you should know enough to read current scientific papers on quantum nonlocality or potentially start research projects involving quantum nonlocality.