Cavity Photons for Integrated Quantum Logic and Cluster-State Preparation

Axel Kuhn

University of Oxford

Dr Kuhn is associate professor in atomic and laser physics at the University of Oxford. His research is focussing on the controlled quantum interfacing of matter and light at the single-particle level, which is one of the core technologies investigated within the NQIT Quantum Technologies Hub. Before moving to the UK in 2006, he has been active in Kaiserslautern, Paris, Konstanz and the MPQ in Garching.


We demonstrate quantum logic and multi-mode interferometry using narrow linewidth photons that are produced with an a-priori non-probabilistic scheme from a single rubidium atom strongly coupled to a high-finesse cavity [1].... [ view full abstract ]


  1. Axel Kuhn (University of Oxford)
  2. Thomas Barrett (University of Oxford)
  3. Oliver Barter (University of Oxford)
  4. Dustin Stuart (University of Oxford)
  5. Annemarie Holleczek (University of Oxford)
  6. Allison Rubenok (University of Bristol)
  7. Jonathan Matthews (University of Bristol)

Topic Areas

Quantum communication , Fundamental science for quantum technologies , Quantum optics and non-classical light sources


OS1a-A » Fundamental quantum optics and non-classical light sources (14:30 - Wednesday, 5th September, Auditorium)

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