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Showing 1–6 of 6 results

Advanced filters: Author: Meng Khoon Tey Clear advanced filters

Publisher Correction: Quantum-enhanced sensing by echoing spin-nematic squeezing in atomic Bose–Einstein condensate

Tian-Wei Mao
Qi Liu
Li You
Amendments and Corrections14 Aug 2023
Nature Physics

Volume: 19, P: 1733
Second sound and the superfluid fraction in a Fermi gas with resonant interactions

In an ultracold, superfluid Fermi gas, measurements of second sound — a wave in which the superfluid and normal components of the gas oscillate in antiphase — make it possible to determine the temperature dependence of the superfluid fraction.

Leonid A. Sidorenkov
Meng Khoon Tey
Sandro Stringari
Research15 May 2013
Nature

Volume: 498, P: 78-81
Strong interaction between light and a single trapped atom without the need for a cavity

An experiment that demonstrates efficient absorption of light by a single atom residing in free space should be helpful for designing interfaces for the transfer of quantum information from ‘flying’ qubits to stationary quantum systems, without the need for optical cavities.

Meng Khoon Tey
Zilong Chen
Christian Kurtsiefer
Research12 Oct 2008
Nature Physics

Volume: 4, P: 924-927
Dissipative time crystal in a strongly interacting Rydberg gas

The observation of continuous time crystals has been hindered by atom loss in the ultracold regime. Long-range time-crystalline order has now been demonstrated in a dissipative Rydberg gas at room temperature.

Xiaoling Wu
Zhuqing Wang
Li You
Research02 Jul 2024
Nature Physics

Volume: 20, P: 1389-1394
Nonlinear interferometry beyond classical limit enabled by cyclic dynamics

Nonlinear interferometry based on time reversal enables entanglement-enhanced measurements without the need for low-noise detection. An alternative approach now exploits cyclic dynamics and shows performance beyond the standard quantum limit.

Qi Liu
Ling-Na Wu
Li You
Research20 Dec 2021
Nature Physics

Volume: 18, P: 167-171
Quantum-enhanced sensing by echoing spin-nematic squeezing in atomic Bose–Einstein condensate

Entangled states are a key resource for quantum-enhanced sensing. A protocol based on spin-nematic squeezed states of atomic Bose–Einstein condensates has now been used to achieve record metrological gains in nonlinear interferometry experiments.

Tian-Wei Mao
Qi Liu
Li You
Research07 Aug 2023
Nature Physics

Volume: 19, P: 1585-1590