Analytical and Combinatorial Aspects of Quantum Information Theory

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Analytical and Combinatorial Aspects of Quantum Information Theory

 09 - 13 Sep 2019

ICMS, The Bayes Centre, 47 Potterrow Edinburgh

This workshop brought together researchers in functional analysis, quantum computing, combinatorics and optimisation to make further progress in non-locality and zero-error quantum information.
  • Monique Laurent , CWI Amsterdam
  • Simone Severini, Amazon
  • Ivan Todorov, Queens University Belfast
  • Andreas Winter, Universitat Autonoma de Barcelona

About:

This workshop brought together researchers in functional analysis, quantum computing, combinatorics and optimisation to make further progress in non-locality and zero-error quantum information. The workshop enhanced the interest of the UK quantum computing community in the operator algebraic and combinatorial underpinnings of non-locality and created momentum to turn the UK into an international leader in this topic.

Programme:

Aida Abiad, Maastricht University and Ghent University On the K-Independence Number of Graphs
Dor Bitan , Ben-Gurion University of the Negev Information-Theoretically Secure Quantum Gate Computation and Applications
Gareth Borland, Queen's University Belfast A Sandwich Theorem and a Capacity Bound for Non-Commutative Graphs
Jop Briet, CWI Amsterdam Arithmetic Progressions in Non-Local Games and Quantum Query Algorithms 
Gabriel Coutinho, Universidade Federal de Minas Gerais The Average Mixing Matrix of a Continuous-Time Quantum Walk
Gemma de las Cuevas, Universität Innsbruck Local Descriptions of Mixed States 
Hamza Fawzi, University of Cambridge The Set of Separable States has no Finite Semidefinite Representation Except in Dimension 3×2
Evgenios Kakariadis, University of Newcastle Amalgamated Free Products of Operator Algebras
Debbie Leung, University of Waterloo Simple Proof of Non-Closure of Quantum Correlations Using Embezzlement
Yinan Li, CWI and QuSoft Quantum Asymptotic Spectra and Quantum Shannon Capacities
Laura Mancinska, University of Copenhagen Non-Local Games and Quantum Permutation Groups
Pieter Naaijkens, Universidad Complutense de Madrid Classical Capacity of Channels Between Von Neumann Algebras
Tim Netzer, University of Innsbruck Free Spectrahedra, Operator System, and Separable States
Vern Paulsen, University of Waterloo Bisynchronous Correlations
David Roberson, Technical University of Denmark Quantum Isomorphism and Counting Homomorphisms
Sergii Strelchuk, University of Cambridge Classical and Quantum Aspects of Permutational Quantum Computing Model 
Sergiu Vacaru, California State University Quantum Geometric Information Flows and (Modified) Gravity Theories
Peter Vrana, Budapest University of Technology and Economics Semiring-Homomorphic Graph Parameters
Nik Weaver, Washington University The "Quantum" Turan Problem for Operator Systems