Coursera Spring Sale
40% Off Coursera Plus Annual!
Grab it
Explore chiral symmetries in multiparticle quantum entanglement through this 33-minute research seminar. Delve into the investigation of chiral subspaces and their entanglement properties, beginning with three-qubit systems and extending to higher dimensions. Learn how these subspaces demonstrate high entanglement with respect to geometric measures and their connection to entanglement estimation measurements. Examine operators related to Lie algebra structure constants whose eigenspaces coincide with chiral subspaces, and discover how these operators function as sums of permutations while remaining invariant under unitary transformations. Understand the translation of these operators to sums of permutations and their partial transposes, creating subspaces invariant under orthogonal transformations that exhibit even greater entanglement. Gain insights into collaborative research conducted with Satoya Imai and Otfried Gühne, presented as part of the Quantum Information and Quantum Computing Seminars series at the Center for Theoretical Physics of the Polish Academy of Sciences.
