Cold single atoms for cavity QED experiments
by Kim, Soo Y., Ph.D., GEORGIA INSTITUTE OF TECHNOLOGY, 2008, 124 pages; 3346007

Abstract:

A neutral atom interacting with a single mode of a high finesse cavity provides an opportunity to study uncharted quantum mechanical systems and to explore the field of quantum computing and networking. Ranging from being a deterministic single photon source to a coherent storage unit for quantum information, a strong coupling cavity QED system has proven to be a powerful tool. In this thesis, single atoms are deterministically delivered over long distances and probed in an optical cavity. Once in the cavity, a single atom is stored and continuously observed for over 15 seconds. Progress towards using atoms in the cavity to produce entangled photon pairs is presented. Dual 1D optical lattices are implemented to create a foundation for advancements in two qubit quantum operations and entanglements.

 
AdviserMichael Chapman
SchoolGEORGIA INSTITUTE OF TECHNOLOGY
SourceDAI/B 70-02, p. , Apr 2009
Source TypeDissertation
SubjectsAtomic physics
Publication Number3346007
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