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• W3137408934 abstract "All light has structure, but only recently it has become possible to construct highly controllable and precise potentials so that most laboratories can harness light for their specific applications. In this chapter, we review the emerging techniques for high-resolution and configurable optical trapping of ultracold atoms. We focus on optical deflectors and spatial light modulators in the Fourier and direct imaging configurations. These optical techniques have enabled significant progress in studies of superfluid dynamics, single-atom trapping, and underlie the emerging field of atomtronics. The chapter is intended as a complete guide to the experimentalist for understanding, selecting, and implementing the most appropriate optical trapping technology for a given application. After introducing the basic theory of optical trapping and image formation, we describe each of the above technologies in detail, providing a guide to the fundamental operation of optical deflectors, digital micromirror devices, and liquid crystal spatial light modulators. We also describe the capabilities of these technologies for manipulation of trapped ultracold atoms, where the potential is dynamically modified to enable experiments, and where time-averaged potentials can realise more complex traps. The key considerations when implementing time-averaged traps are described." @default.
• W3137408934 created "2021-03-29" @default.
• W3137408934 creator A5012152416 @default.
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• W3137408934 creator A5038337080 @default.
• W3137408934 creator A5052334244 @default.
• W3137408934 date "2021-01-01" @default.
• W3137408934 modified "2023-10-16" @default.
• W3137408934 title "Dynamic high-resolution optical trapping of ultracold atoms" @default.
• W3137408934 cites W1523418054 @default.
• W3137408934 cites W1594908021 @default.
• W3137408934 cites W1667346574 @default.
• W3137408934 cites W1700124704 @default.
• W3137408934 cites W177235892 @default.
• W3137408934 cites W1848510051 @default.
• W3137408934 cites W1965268881 @default.
• W3137408934 cites W1965988774 @default.
• W3137408934 cites W1967205858 @default.
• W3137408934 cites W1968350508 @default.
• W3137408934 cites W1968400585 @default.
• W3137408934 cites W1969266036 @default.
• W3137408934 cites W1969472452 @default.
• W3137408934 cites W1971098481 @default.
• W3137408934 cites W1974297767 @default.
• W3137408934 cites W1974728319 @default.
• W3137408934 cites W1977077669 @default.
• W3137408934 cites W1978476418 @default.
• W3137408934 cites W1979308046 @default.
• W3137408934 cites W1979825905 @default.
• W3137408934 cites W1980208312 @default.
• W3137408934 cites W1980688809 @default.
• W3137408934 cites W1981095592 @default.
• W3137408934 cites W1982908017 @default.
• W3137408934 cites W1983206816 @default.
• W3137408934 cites W1985080845 @default.
• W3137408934 cites W1987302368 @default.
• W3137408934 cites W1987575536 @default.
• W3137408934 cites W1989709650 @default.
• W3137408934 cites W1989849015 @default.
• W3137408934 cites W1990093051 @default.
• W3137408934 cites W1991582728 @default.
• W3137408934 cites W1991602497 @default.
• W3137408934 cites W1995689107 @default.
• W3137408934 cites W1996551670 @default.
• W3137408934 cites W1996808339 @default.
• W3137408934 cites W1996896835 @default.
• W3137408934 cites W1997584947 @default.
• W3137408934 cites W1998308047 @default.
• W3137408934 cites W1998644407 @default.
• W3137408934 cites W1998792930 @default.
• W3137408934 cites W1999250123 @default.
• W3137408934 cites W2001896185 @default.
• W3137408934 cites W2002694196 @default.
• W3137408934 cites W2002969978 @default.
• W3137408934 cites W2003792374 @default.
• W3137408934 cites W2004541193 @default.
• W3137408934 cites W2007081205 @default.
• W3137408934 cites W2007173747 @default.
• W3137408934 cites W2011003139 @default.
• W3137408934 cites W2011101082 @default.
• W3137408934 cites W2011140218 @default.
• W3137408934 cites W2012166011 @default.
• W3137408934 cites W2012472233 @default.
• W3137408934 cites W2012707371 @default.
• W3137408934 cites W2013000805 @default.
• W3137408934 cites W2018147037 @default.
• W3137408934 cites W2018779124 @default.
• W3137408934 cites W2019541957 @default.
• W3137408934 cites W2020072489 @default.
• W3137408934 cites W2020362385 @default.
• W3137408934 cites W2020367048 @default.
• W3137408934 cites W2021090207 @default.
• W3137408934 cites W2023285495 @default.
• W3137408934 cites W2023317781 @default.
• W3137408934 cites W2024249208 @default.
• W3137408934 cites W2024986250 @default.
• W3137408934 cites W2025115805 @default.
• W3137408934 cites W2027727926 @default.
• W3137408934 cites W2028139807 @default.
• W3137408934 cites W2032218551 @default.
• W3137408934 cites W2034012235 @default.
• W3137408934 cites W2038109126 @default.
• W3137408934 cites W2040975913 @default.
• W3137408934 cites W2042278379 @default.
• W3137408934 cites W2042458092 @default.
• W3137408934 cites W2043099606 @default.
• W3137408934 cites W2044322937 @default.
• W3137408934 cites W2046168155 @default.
• W3137408934 cites W2046876987 @default.
• W3137408934 cites W2048329085 @default.
• W3137408934 cites W2049306469 @default.
• W3137408934 cites W2052225500 @default.
• W3137408934 cites W2053105298 @default.
• W3137408934 cites W2056774305 @default.
• W3137408934 cites W2057058427 @default.
• W3137408934 cites W2058587034 @default.

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