FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1528606651> ?p ?o ?g. }

• W1528606651 abstract "Trapped atom interferometry was demonstrated with Bose-Einstein condensates in an optical double-well trap. Coherent splitting of trapped condensates was performed by deforming an optical single-well potential into a double-well potential, and the relative phase of the two split condensates was shown to be reproducible. Microfabricated atom chips were developed with prospect for chip-based confined-atom interferometry. The same dynamical splitting scheme was implemented in a purely magnetic double-well potential on an atom chip and interference of two split condensates was observed, but not reproducible phase. Coherent optical coupling between two spatially separated condensates was realized using stimulated light scattering. The relative phase of the two condensates was continuously measured with an optical method, which demonstrated atom interferometry without need for a conventional beam splitter or recombiner. The Josephson-like phase dynamics of the coherent optical coupling was investigated and it was experimentally shown that the induced atomic currents depend on the relative phase of the two condensates and an additional controllable coupling phase. Condensates in an optical dipole trap were distilled into a second empty dipole trap adjacent to the first one. We showed that the distillation was driven by thermal atoms spilling over the potential barrier separating the two wells and then forming a new condensate. This thermodynamic relaxation process serves as a model system for metastability in condensates and provides a test for quantum kinetic theories of condensate formation. Doubly quantized vortices were topologically imprinted in spinor condensates and the stability of the vortex state was investigated. The decay of a doubly-quantized vortex core into two singly-quantized vortex cores was observed using a tomographic imaging technique. The characteristic time scale of the splitting process was found to be longer at higher atom density. Thesis Supervisor: Wolfgang Ketterle Title: John D. MacAurthur Professor of Physics Thesis Supervisor: David E. Pritchard Title: Cecil and Ida Green Professor of Physics To my parents, Kwang-Bum Shin and Young-Hee Yoon and my sister Ji-Young" @default.
• W1528606651 created "2016-06-24" @default.
• W1528606651 creator A5060259107 @default.
• W1528606651 date "2006-01-01" @default.
• W1528606651 modified "2023-09-27" @default.
• W1528606651 title "Experiments with Bose-Einstein condensates in a double-well potential" @default.
• W1528606651 cites W124875577 @default.
• W1528606651 cites W1488051270 @default.
• W1528606651 cites W1489054535 @default.
• W1528606651 cites W1504171473 @default.
• W1528606651 cites W1507458660 @default.
• W1528606651 cites W1510374214 @default.
• W1528606651 cites W1511057094 @default.
• W1528606651 cites W1543738661 @default.
• W1528606651 cites W1549085211 @default.
• W1528606651 cites W1555773641 @default.
• W1528606651 cites W1585071386 @default.
• W1528606651 cites W1593337933 @default.
• W1528606651 cites W1598574915 @default.
• W1528606651 cites W1620027882 @default.
• W1528606651 cites W1642234848 @default.
• W1528606651 cites W1649252162 @default.
• W1528606651 cites W1653485921 @default.
• W1528606651 cites W1667480103 @default.
• W1528606651 cites W1674623026 @default.
• W1528606651 cites W1678429019 @default.
• W1528606651 cites W1723310236 @default.
• W1528606651 cites W1934129469 @default.
• W1528606651 cites W1964656529 @default.
• W1528606651 cites W1965214438 @default.
• W1528606651 cites W1965327684 @default.
• W1528606651 cites W1965664846 @default.
• W1528606651 cites W1966268258 @default.
• W1528606651 cites W1966312472 @default.
• W1528606651 cites W1966664855 @default.
• W1528606651 cites W1968400585 @default.
• W1528606651 cites W1969049512 @default.
• W1528606651 cites W1971609182 @default.
• W1528606651 cites W1972405851 @default.
• W1528606651 cites W1973301822 @default.
• W1528606651 cites W1973406635 @default.
• W1528606651 cites W1974575590 @default.
• W1528606651 cites W1975048856 @default.
• W1528606651 cites W1977431015 @default.
• W1528606651 cites W1979278284 @default.
• W1528606651 cites W1979700341 @default.
• W1528606651 cites W1979835199 @default.
• W1528606651 cites W1980208312 @default.
• W1528606651 cites W1980260522 @default.
• W1528606651 cites W1981507270 @default.
• W1528606651 cites W1982653379 @default.
• W1528606651 cites W1985645227 @default.
• W1528606651 cites W1986784134 @default.
• W1528606651 cites W1987416914 @default.
• W1528606651 cites W1987549347 @default.
• W1528606651 cites W1988200004 @default.
• W1528606651 cites W1988295740 @default.
• W1528606651 cites W1989908574 @default.
• W1528606651 cites W1990079924 @default.
• W1528606651 cites W1990433606 @default.
• W1528606651 cites W1990564460 @default.
• W1528606651 cites W1991230891 @default.
• W1528606651 cites W1991602497 @default.
• W1528606651 cites W1991709745 @default.
• W1528606651 cites W1991818798 @default.
• W1528606651 cites W1992633141 @default.
• W1528606651 cites W1992708532 @default.
• W1528606651 cites W1994185357 @default.
• W1528606651 cites W1994364452 @default.
• W1528606651 cites W1996923927 @default.
• W1528606651 cites W1997240507 @default.
• W1528606651 cites W1997679852 @default.
• W1528606651 cites W1997700273 @default.
• W1528606651 cites W2001028451 @default.
• W1528606651 cites W2001209128 @default.
• W1528606651 cites W2001498687 @default.
• W1528606651 cites W2002680279 @default.
• W1528606651 cites W2003792374 @default.
• W1528606651 cites W2005990961 @default.
• W1528606651 cites W2006628079 @default.
• W1528606651 cites W2006978222 @default.
• W1528606651 cites W2007391198 @default.
• W1528606651 cites W2007600675 @default.
• W1528606651 cites W2007790339 @default.
• W1528606651 cites W2008822246 @default.
• W1528606651 cites W2010143175 @default.
• W1528606651 cites W2010954842 @default.
• W1528606651 cites W2014937157 @default.
• W1528606651 cites W2015645972 @default.
• W1528606651 cites W2016867014 @default.
• W1528606651 cites W2017122050 @default.
• W1528606651 cites W2018158795 @default.
• W1528606651 cites W2018646543 @default.
• W1528606651 cites W2019062653 @default.
• W1528606651 cites W2020819605 @default.
• W1528606651 cites W2020924923 @default.
• W1528606651 cites W2021708215 @default.
• W1528606651 cites W2021808276 @default.
• W1528606651 cites W2022110483 @default.
• W1528606651 cites W2022707608 @default.

• next