Advanced topics of analysis applied to Quantum Information problems
Advanced topics of analysis applied to Quantum Information problems
Del 22 al 24 de Septiembre
This is a 14 hour advanced course addressed to mathematicians with some expertise on harmonic analysis and/or Banach space theory and/or operator algebras and who want to get acquainted with connections to quantum information theory. It consists of an introductory session plus three minicourses:
Introductory session: Basic background on Quantum Mechanics for QIT,
David Pérez-García (Universidad Complutense de Madrid)
Two hours, September 22nd.
Operator Spaces and Bell Inequalities
Carlos Palazuelos (University of Illinois at Urbana-Champaign)
Four hours in two sessions / September 22 and 23.
Local Banach space theory and Quantum Channels
Elisabeth Werner (Case Western Reserve University, Cleveland)
Four hours in two sessions / September 23 and 24.
Abstract Harmonic Analysis and Topological Quantum Computation.
Miguel Aguado (Max Planck Institute for Quantum Optics)
Four hours in two sessions / September 23 and 24.
