Abstract
Converting coherent spin states into photon states is a prime issue in quantum communication, especially in quantum repeater applications. Diamond defect have shown to be efficient emitters for single transform limited photons, allow for spin photon entanglement and show Hong Ou Mandel interference among remote defects. Storing and retrieving arbitrary photon states in a robust way into nuclear spin memory play a pivotal role in further application of the system in quantum communication especially repeater schemes. The talk will describe progress towards that goal.
© 2012 Optical Society of America
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