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Adiabatic evolution of on-site superposition states in a completely-connected optical lattice

Abstract:
We analyze the dynamical melting of two-component atomic Mott-Insulator states in a completely-connected optical lattice within the adiabatic approximation. We examine in detail the effect of the dynamical phase acquired by the state during the adiabatic melting of the lattice potential. We show how for certain limits an on-site superposition state with two particles per site melts into a macroscopic superposition state, while an on-site superposition state with only one particle per site melts into a coherent state. © 2008 IOP Publishing Ltd.
Publication status:
Published

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Authors


Rodriguez, M More by this author
Volume:
99
Issue:
1
Pages:
012017-012017
Publication date:
2008
DOI:
EISSN:
1742-6596
ISSN:
1742-6588
URN:
uuid:f3f7c5a5-05f0-4ce9-8dd6-6ee07e226b13
Source identifiers:
107087
Local pid:
pubs:107087

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