Colliding molecules with cold atoms should bring the quantum regime within reach, researchers say
Read article: Physicists close in on a simpler route to quantum degenerate molecules
Dynamical fermionization involves velocity, as well as position
Read article: How to transform bosons into fermions
Optical tweezers capture a surprising result
Read article: Three is a crowd as physicists watch trapped atoms form molecules
Buffer gas cooling could lead to atom-ion Feshbach resonances
Read article: Quantum effects seen in collisions of ultracold ions and atoms
Physicists irreversibly split photon wavepackets using unconventional technique
Read article: Light forks one way in a Bose–Einstein condensate
Three very different experiments explore how ensembles react to rapid changes
Read article: Ultracold atoms quench a thirst for universality far from equilibrium
Over 100 experiments done in just 6 min of freefall
Read article: Rocket carries Bose–Einstein condensate into space
Technique could boost quantum sensing and computing
Read article: Optical conveyor belt moves ultracold atoms into hollow optical fibre
Imaginary creature could play key role in neutral-atom quantum computers
Read article: Maxwell’s demon brings order to an atomic lattice
New laser-cooling technique focuses on previously inaccessible quantum states
Read article: Molecules cooled to record-breaking low temperatures by lighting-up dark states
