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@@ -43,7 +43,7 @@ For this purpose, GPUE provides a number of unique features:
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4. Vortex manipulation via direct control of the wavefunction phase
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All of these features are essential for usability and performance, and have all been adequately described in the documentation [@documentation].
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GPUE provides a fast, robust, and accessible method to simulate superfluid physics for fundamental research in the area and has been used to simulate and manipulate large vortex lattices in two dimensions [@Oriordan2016, @Oriordan2016b] and spatial adiabatic passage in atom chips [@Oriordan2013], along with ongoing studies on vortex turbulence in two dimensions and vortex structures in three dimensions.
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GPUE provides a fast, robust, and accessible method to simulate superfluid physics for fundamental research in the area and has been used to simulate and manipulate large vortex lattices in two dimensions [@Oriordan2016, @Oriordan2016b], along with ongoing studies on vortex turbulence in two dimensions and vortex structures in three dimensions.
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# Acknowledgements
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This work has been supported by the Okinawa Institute of Science and Technology Graduate University and by JSPS KAKENHI Grant Number JP17J01488.
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