The fact that you can perform unitary quantum evolutions using simple (adaptive) measurements is, to a physicist, an unexpected result. Indeed, it could be that there is no unitary evolution in the universe, only measurements! If you’re interested in measurement based quantum computing, you might be interested in conference advertised below:<\/p>\n
\nInternational Workshop on Measurement-based Quantum Computation (MBQC07)
\nSt. John’s College, Oxford
\n18 – 21 March 2007
\nhttp:\/\/www.qunat.org\/workshop\/
\nMeasurement-based quantum computing (MBQC) is an active and rapidly growing area of research. The formalism of graph states (or cluster states) has proven to be a powerful way of describing the essential entanglement resources needed to perform quantum information processing tasks. Initially conceived for systems such as optical lattices and linear optical computing, this theory is now shaping the latest experimental proposals across the full spectrum of QIP technologies. A key theme of this workshop will be to foster dialog between theoreticians involved in MBQC and the experimentalists who are positioned to embrace and implement the new ideas.
\nRegistration is open until November 30th and the number of participants will be limited to 50.\n<\/p><\/blockquote>\n","protected":false},"excerpt":{"rendered":"
The fact that you can perform unitary quantum evolutions using simple (adaptive) measurements is, to a physicist, an unexpected result. Indeed, it could be that there is no unitary evolution in the universe, only measurements! If you’re interested in measurement based quantum computing, you might be interested in conference advertised below: International Workshop on Measurement-based … <\/p>\n
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