Quantum computers offer the remarkable prospect of being capable of solving problems that would otherwise be intractable.
In order to realize this prospect, though, it will be necessary to design quantum computers that can operate fault tolerantly in the presence of the
inevitable errors that arise in the physical processes of quantum computation. *The Symposium on Problems in Fault Tolerance* will bring together leading
researchers in the field for the purpose of addressing the pressing issues associated to achieving fault tolerance in quantum computers.
The speakers are:
David Cory, Massachusetts Institute of Technology
Daniel Gottesman, Perimeter Institute forTheoretical Science
Gerald Gilbert, The MITRECorporation
Daniel Lidar, University Southern California
Barbara Terhal, IBM Watson Research Center
This mini symposium is part of the year long PCTP program "Frontiers in
Quantum Computation." The program is focusing on three aspects of
realizing quantum computers: first, the interface between quantum
algorithms and physics (can classes of quantum algorithms be mapped into
problems interesting to physicists?); second, the design of practical
quantum computing hardware and the specialization of algorithms to that
hardware; and, third, the possible realization of the "topological
quantum computing" approach using quantum many-body systems exhibiting
"topological phases."
Faculty Fellows:
Curtis Callan, Director
Paul Steinhardt, Associate Director
Ravindra Bhatt
William Bialek
Igor Klebanov
Shivaji Sondhi
David Spergel
Salvatore Torquato
Center Postdoctoral Fellows:
Bogdan Andrei Bernevig 2006-2009
Thomas Klose 2007-2010
Jean-Luc Lehners 2007-2010
Meera Parish 2006-2009
Antonello Scardicchio 2006-2009
Branson Stephens 2007-2010
Aleksandra Walczak 2007-2010