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Potential landscaping for ultracold atoms using holographic optical traps

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GDB_QuAMP2017_2.pdf (68.51Kb)
Date
28/07/2017
Author
Bowman, David
Harte, Tiffany
Ireland, Philip
Cassettari, Donatella
Bruce, Graham David
Keywords
QC Physics
T Technology
Metadata
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Abstract
The development of new laser beam shaping methods is important in a variety of fields within optics, atomic physics and biophotonics. Spatial light modulators offer a highly versatile method of time-dependent beam shaping, based on imprinting a phase profile onto an incident laser beam that determines the intensity in the trapping plane laser field. The calculation of the required phase is a well-known inverse problem, which can be tackled with different approaches. Our method based on conjugate gradient minimisation [1] not only allows the calculation of smooth and accurate intensity profiles suitable for trapping cold atoms, but can also be used to generate multi-wavelength traps [2] and for simultaneous control over both the intensity and the phase of the light [3], with exceptionally high reconstruction fidelity. References: [1] T Harte, et al., "Conjugate gradient minimisation approach to generating holographic traps for ultracold atoms" Opt. Express 22, 26548 (2014) [2] D Bowman, et al., "Multi-wavelength holography with a single spatial light modulator for ultracold atom experiments" Opt. Express 23, 8365 (2015) [3] D Bowman, et al., "High-fidelity phase and amplitude control of phase-only computer generated holograms using conjugate gradient minimisation" Opt. Express 25, 11692 (2017)
Citation
Bowman , D , Harte , T , Ireland , P , Cassettari , D & Bruce , G D 2017 , ' Potential landscaping for ultracold atoms using holographic optical traps ' , International Conference on Quantum, Atomic, Molecular and Plasma Physics (QuAMP) , Glasgow , United Kingdom , 4/09/17 - 7/09/17 .
 
conference
 
Status
Non peer reviewed
Type
Conference item
Rights
Copyright 2017 the Authors.
Collections
  • University of St Andrews Research
URI
http://hdl.handle.net/10023/11519

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