Sculpturing coherent states to get highly excited fock states for stationary and travelling fields
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Data
2004-06
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Resumo
An adapted sequential application of dispersive atom–field interaction is
used to engineer a field in a highly excited Fock state. A few atoms are used
to group into a number component all photons inside a microwave cavity
which initially contains a coherent state. The scheme differs from those
adding photons to an empty cavity via successive passage of resonant atoms.
A conveniently equipped sequence of Mach–Zehnder interferometers is
found to be the complementary scheme, extending the result for (optical)
travelling waves.
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Quantum state engineering, Number states
Citação
MAIA, L. P. A.; BASEIA, B.; AVELAR, A. T.; MALBOUISSON, J. M. C. Sculpturing coherent states to get highly excited Fock states for stationary and travelling fields. Journal of Optics. B. Quantum and Semiclassical Optics, Bristol, v. 6, p. 351-359, June 2004.