New preprint from the Rb Team. In collaboration with researchers from @unihh and @TIIuae, we have observed a double-layer superfluid phase in 2D quantum gases trapped in controllable bilayer potentials, supported by interlayer tunnel-coupling.

The @ox_ultracold AION team proposed an experimental scheme for an atom interferometer to measure fine structure constant with improved precision. The preprint is available on arXiv.

New arXiv preprint available from the 2D Bose gas experiment. We demonstrate the noise interferometry technique to detect the common mode phase fluctuation of bilayer 2D Bose gases.

The @OxfordPhysics & @unihh team published in @ScienceMagazine. We quench 2D Bose gases across the BKT transition and probe the relaxation dynamics with matter-wave interferometry; we found that the scaling behaviour is consistent with real-time RG theory.

@AION_Science Blue (Stainless) Steel !?

RT @PlotPhysics: Here is the newest Physics Plot of the Week! -- Plot from Shinichi Sunami et. al Congratulations to the winners!🥳 https://…

Our new paper is published in PRL in collaboration with the Mathey Group (Hamburg). We probe the local phase fluctuation in 2D Bose gases across the BKT transition using matter-wave interferometry. #atomicphysics

RT @AION_Science: Over the next years we'll be pooling the talents of our amazing team of theorists and experimentalists to create a protot…

@FelixHill84 Surely Olly Murs gets an honourable mention?

@felix_led We like this online tool: It’ll produce a latex file of the diff, which you can then render with TexStudio/overleaf/your preferred approach.

They were supported by @magdalenoxford, @OxUInnovation and @JHubDefence. You can test out Vaximap here too:

@UltracoldTiff @drbentine He’s also available for parties

Our paper with NYU group (Tim Byrnes), “Faraday-imaging-induced squeezing of a double-well Bose-Einstein condensate”, was published in PRA. We propose to perform measurements of BEC to produce useful correlated states, such as squeezed and cat states.

Check out our new preprint on arXiv in collaboration with the Mathey group from Hamburg. We use matter-wave interferometry to observe and characterise the BKT transition in a harmonically trapped quasi-2d Bose gas. #coldatoms #matterwave

@drbentine I’ll let @OxfordCity argue that it is

RT @CaMBQD: Check out our @arxiv paper on simulating #LaserCooling using #AtomECS! This work was in collaboration…

RT @g8ge: A two-dimensional Bose-Einstein condensate of Cs molecules

Our new paper in collaboration with the NYU group is available on arXiv. We show how Faraday imaging can generate spin-squeezing in an atomic Bose-Einstein condensate trapped in double-well potentials.

@quantumsensing @ultracold_org @derherbstistda It’s very thermal Rb87 at the bottom of our RF-dressed shell trap. We usually apply an evap knife at this stage to get to BEC but we stopped on this occasion to let the little guy say hello!