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SUMMARY:Scalable quantum information processing in diamond - William J Mun
 ro (NTT Basic Research Labs\, NTT Corp\, Japan)
DTSTART:20161129T113000Z
DTEND:20161129T123000Z
UID:TALK69319@talks.cam.ac.uk
CONTACT:6270
DESCRIPTION:Physics and information are intimately connected\, and the ult
 imate information processing devices will be those that harness the princi
 ples of quantum mechanics. Many physical systems have been identified as c
 andidates for quantum information processing\, but none of them are immune
  from errors. The challenge remains to find a path from the experiments of
  today to a reliable and scalable quantum information processing devices. 
 Here\, we develop an architecture based on a simple module comprising an o
 ptical cavity containing a single negatively charged nitrogen vacancy cent
 er in diamond. Modules are connected by photons propagating in a fiber-opt
 ical network.  We find that our architecture enables large-scale quantum i
 nformation processing with existing technology.
LOCATION:Ryle Seminar Room (930) 
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