The mathematics of quantum entanglement via nonlocal games

Conference graphics

QMATH Masterclass - 15-19 August 2022

The focus of this Masterclass is the topic of nonlocal games in quantum information and their connections to other areas of mathematics.

 

 

Quantum information and computing is an interdisciplinary research area which seeks to leverage quantum mechanical phenomena for information processing purposes, surpassing the capabilities of conventional technologies. One of the key sources of quantum advantages and speed-ups is the phenomenon of quantum entanglement which allows distant parties to correlate their behaviors beyond conventionally reachable limits. It turns out, however, that entanglement-assisted strategies are hard to understand and their analysis gives rise to complex mathematical problems. As a result, we are yet to understand the full potential that entanglement can bring in the context of information processing.

Nonlocal games provide a rigorous general framework for studying the power and limitations of quantum entanglement in a setting with distributed agents. Similar games are well-established tools within the disciplines of theoretical computer science, cryptography, and foundations of physics. During the past decade we have seen that mathematical structures arising from entanglement-assisted strategies for nonlocal games can be naturally interpreted and studied using tools from other areas of mathematics like operator algebras and quantum groups. Most notably, one of the central problems in operator algebras, the 50-year-old Connes' Embedding Problem, was recently resolved using complexity theoretic analysis of nonlocal games.

Nonlocal games is a relatively new topic with no existing text book and key results and techniques being scattered across different research papers. Additionally, due to rich connections to computer science and physics, the range of techniques used in this context is unusually broad. With this Mastercass our goal is to gather a team of world-leading experts with different expertise who will introduce the topic of nonlocal games along with the known beautiful connections to different areas of study.

The primary audience is Master and PhD students.

 

Main lecturers:

Vern Paulsen

Vern Paulsen

University of Waterloo

Thomas Vidick

Thomas Vidick

California Institute of Technology

The main lectures will be supplemented with Friday talks on more focused topics delivered by external and local speakers.

The lectures will be aimed at master and graduate students in mathematics and computer science with some quantum information background.

 

 

 

 

 

 

 

 

To be announced here. 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

We kindly ask the participants to arrange their own accommodation.

We recommend Hotel 9 Små Hjem, which is pleasant and inexpensive and offers rooms with a kitchen; and Steel House hostel, which offers shared rooms. Other inexpensive alternatives are CabInn, which has several locations in Copenhagen: the Hotel City (close to Tivoli), Hotel Scandivania (Frederiksberg, close to the lakes), and Hotel Express (Frederiksberg) are the most convenient locations; the latter two are 2.5-3 km from the math department. Somewhat more expensive – and still recommended – options are Hotel Nora and  Ibsen's Hotel.

An additional option is to combine a stay at the CabInn Metro Hotel with a pass for Copenhagen public transportation (efficient and reliable). See information about tickets & prices.

 

 

 

 

 

 

 

 

 

 

 

 

Registration opened on 24 April 2022.

Register here before 24 June 2022.