In this series of four lectures, we will explore the following question: Given a multipartite quantum state accessible only through a black box, can we measure its entanglement using a quantum computer?

 

This question serves as a guiding thread to introduce students to key topics in quantum information. Along the way, we will delve into the classification of three- and four-qubit entanglement, cover the fundamentals of quantum computing, and examine measures of entanglement that can be practically implemented on a quantum computer.

 

Lecture Overview:

 

The Story of Entanglement: From Bell states to the four-qubit entanglement classification.

Quantum Computing Crash Course: Essential concepts and tools for quantum computing from scratch to practice.

Measuring Non-Locality: How a quantum computer can be used to probe the non-local properties of quantum states.

Entanglement and Algebraic Invariants: Implementing entanglement measures via algebraic invariants on a quantum computer.

This lecture series is intended mainly to Master and PhD students and will provide both theoretical insights and practical techniques.

 

The lectures will take place from 17-20 February:

 

Monday: 10-12 room E305ab

Tuesday: 10-12 room E402, 14-16 room KF81

Wednesday: 12-14 room E305ab

Thursday: 10-12 room E305ab, 9-11 room E305c