Welcome to the Argonne National Laboratory symposium: Quantum Computing: Beginnings to Current Frontiers, which will bring together leading experts to discuss recent advances at the frontiers of quantum information and quantum computation. The past few decades have seen tremendous progress in this area, from its beginnings in the early 1980s to its present status as one of the most promising fields in science. The symposium will reflect on this progress, review contemporary successes and highlight the advances needed to make quantum computing a reality. Topics that may be discussed include:
- Quantum algorithms
- Quantum networks
- Quantum simulation of physical systems
- Quantum control and measurement
- Quantum hardware advances
- Paul Benioff (ANL) [slides] [video]
- Charles Bennett (IBM) [slides] [video]
- Carlton Caves (The University of New Mexico) [slides] [video]
- Jerry Chow (IBM)
- Andrew Cleland (The University of Chicago) [slides]
- Fred Chong (The University of Chicago) [slides] [video]
- Seth Lloyd (Massachusetts Institute of Technology) [slides] [video]
- Christopher Monroe (Joint Quantum Institute and University of Maryland) [slides] [video]
- Barbara Terhal (RWTH Aachen and Forschungszentrum Jülich) [slides] [video]
- David Wineland (National Institute of Standards and Technology) [slides] [video]
The theoretical foundation for quantum computing owes much to fundamental work by Paul Benioff in the early 1980s, which was published in three seminal papers:
 Paul Benioff, "The computer as a physical system: A microscopic quantum mechanical Hamiltonian model of computers as represented by Turing machines", Journal of Statistical Physics 22 (5), 563–591 (1980);
 Paul Benioff, "Quantum mechanical Hamiltonian models of discrete processes that erase their own histories: application to Turing machines", International Journal of Theoretical Physics 21 (3/4), 177–201 (1982);
 Paul Benioff, "Quantum mechanical Hamiltonian models of Turing machines", Journal of Statistical Physics 29 (3), 515–546 (1982).In  Paul developed the first quantum mechanical (Hamiltonian) model for a Turing machine, and therefore of computers and the computation process. The subsequent two papers extended this framework, establishing that quantum Turing machines can be used to simulate classical computers. These three papers are regarded as the first recognizable theoretical framework for a quantum computer. In recognition of this work Paul (together with Christopher Monroe and David Wineland) received the Quantum Communication Award in the year 2000 from the International Organization for Quantum Communication, Computing and Measurement, for "fundamental contributions to quantum computing, especially seminal work that first established quantum computation as a theoretical possibility". This symposium honors Paul's contribution to quantum computing.
Participate in this Symposium:
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The symposium will be held at Argonne National Laboratory, which is located about 25 miles southwest of downtown Chicago. For further details see the PROGRAM.
- Debbie Beres
- Ian Cloët (Chair)
- Donald Geesaman
- Murray Peshkin
- Kenneth Teh
- Bob Wiringa
- Rik Yoshida