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Atomic and Laser Physics
Credit: Jack Hobhouse

Shinichi Sunami

Postdoctoral Research Assistant

Sub department

  • Atomic and Laser Physics

Research groups

  • Ultracold quantum matter
shinichi.sunami@physics.ox.ac.uk
Telephone: 01865 (2)72203
Clarendon Laboratory, room -174,Old library
  • About
  • Publications

Quench dynamics of 2D Bose gases across the BKT critical point

(2022)

Authors:

SHINICHI SUNAMI, David Garrick, ABEL BEREGI, ELLIOT BENTINE, CHRISTOPHER FOOT

Abstract:

APS March Meeting 2022 focus session talk
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Faraday-imaging-induced squeezing of a double-well Bose-Einstein condensate

Physical Review A American Physical Society (APS) 104:5 (2021) 053324

Authors:

Ebubechukwu O Ilo-Okeke, Shinichi Sunami, Christopher J Foot, Tim Byrnes
More details from the publisher
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Observation of the BKT Transition in a 2D Bose Gas via Matter-Wave Interferometry

(2021)

Authors:

Shinichi Sunami, Vijay P Singh, David Garrick, Abel Beregi, Adam J Barker, Kathrin Luksch, Elliot Bentine, Ludwig Mathey, Christopher J Foot
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Details from ArXiV

Non-equilibrium dynamics of a 2D Bose gas near a critical point

(2021)

Authors:

Shinichi SUNAMI, David Garrick, Abel BEREGI, Elliot BENTINE, CHRISTOPHER FOOT

Abstract:

APS March Meeting focus session talk
More details

Coherent splitting of two-dimensional Bose gases in magnetic potentials

New Journal of Physics 22:10 (2020) 103040-103040

Authors:

Aj Barker, S Sunami, D Garrick, A Beregi, K Luksch, E Bentine, Cj Foot

Abstract:

Investigating out-of-equilibrium dynamics with two-dimensional (2D) systems is of widespread theoretical interest, as these systems are strongly influenced by fluctuations and there exists a superfluid phase transition at a finite temperature. In this work, we realise matter-wave interference for degenerate Bose gases, including the first demonstration of coherent splitting of 2D Bose gases using magnetic trapping potentials. We improve the fringe contrast by imaging only a thin slice of the expanded atom clouds, which will be necessary for subsequent studies on the relaxation of the gas following a quantum quench.
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