Distributed Quantum Incompatibility

Explore the concept of distributed quantum incompatibility in this comprehensive seminar presented by Lucas Tendick from Inria Paris-Saclay. Delve into the world of incompatible quantum measurements and their role as essential resources in information processing tasks. Examine how increasing the number of distinct measurements affects the incompatibility of a measurement scheme, and discover the upper and lower bounds of incompatibility enhancement. Learn about the tightness of these bounds through explicit examples based on mutually unbiased bases. Investigate the implications of these findings for nonlocality in Bell experiments when expanding the number of measurements. This in-depth presentation offers valuable insights into quantum information and quantum computing, making it an essential resource for researchers and enthusiasts in the field.

Lucas Tendick (Inria Paris-Saclay): Distributed Quantum Incompatibility