The Computational Complexity of Linear Optics Scott Aaronson and Alex Arkhipov MIT vs.
Identifying universal phases for measurement-based quantum computing Stephen Bartlett in collaboration with Andrew Doherty (UQ)
Sergey Bravyi, IBM Watson Center Robert Raussendorf, Perimeter Institute Perugia July 16, 2007 Exactly solvable models of statistical physics: applications.
1c. Introduction – Instrument Characteristics (Intro and Static)
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Laws that Guide the Inclusion of People with Disabilities National Service Inclusion Project.
Quantum Information Stephen M. Barnett University of Strathclyde [email protected] The Wolfson Foundation.
Quantum Physics Wojciech Hubert Zurek Theory Division, Los Alamos Relative States and the Environment (Everett ‘57) “BEYOND DECOHERENCE”
Quantum Origins of Information and Ignorance Wojciech Hubert Zurek Theory Division, Los Alamos Deriving Probabilities from Symmetries of Entanglement “BEYOND.
Quantum Cryptography Qingqing Yuan. Outline No-Cloning Theorem BB84 Cryptography Protocol Quantum Digital Signature.
Arney on The Force of Truth Zita on Uncertainty –Measurements –Pictures –Quantum mechanics Discussion Looking ahead Tuesday, week 8.
The Computational Complexity of Linear Optics
