Read article: Optical conveyor belt moves ultracold atoms into hollow optical fibre
Optical conveyor belt moves ultracold atoms into hollow optical fibre
Technique could boost quantum sensing and computing
Read article: Optical conveyor belt moves ultracold atoms into hollow optical fibre
Read article: Maxwell’s demon brings order to an atomic lattice
Maxwell’s demon brings order to an atomic lattice
Imaginary creature could play key role in neutral-atom quantum computers
Read article: Molecules cooled to record-breaking low temperatures by lighting-up dark states
Molecules cooled to record-breaking low temperatures by lighting-up dark states
New laser-cooling technique focuses on previously inaccessible quantum states
Read article: Blue-detuned light boosts density of trapped ultracold atoms
Blue-detuned light boosts density of trapped ultracold atoms
New technique based on type-II transitions could also be applied to molecules
Read article: Homogeneous 2D Fermi gas is created in the lab
Homogeneous 2D Fermi gas is created in the lab
Experiment brings theoretical predictions to life
Read article: Individual atoms traced during diffusion
Individual atoms traced during diffusion
Study could boost understanding of interstellar space
Read article: ‘Momentum microscope’ measures quantum correlations
‘Momentum microscope’ measures quantum correlations
Many-body problem solved for colliding condensates
Read article: Ultracold atoms shed light on the Fermi-Hubbard model
Ultracold atoms shed light on the Fermi-Hubbard model
Magnetic state seen for the first time
Read article: Flash Physics: Quantum control of molecular ions, biophysicist to lead biology society, stretchy holograms
Flash Physics: Quantum control of molecular ions, biophysicist to lead biology society, stretchy holograms
Today's selection of need-to-know updates from the world of physics
Read article: Triatomic molecules cooled with lasers
Triatomic molecules cooled with lasers
Strontium-monohydroxide molecules chilled to 750 μK using Sisyphus technique
