Introduction to Quantum Information Theory

Catalog description

This course will cover foundational elements of quantum information theory, including Hilbert space and density operators, tensor products, measurements, channels, entropic measures and entanglement, Bell/CHSH inequality, Holevo information, tensor network representation, unitary circuits, universal gate sets, phase estimation and factoring algorithms, error correction, tomography, BB84 key distribution, and short- and long-range entanglement.