Strongly interacting Laughlin state had previously only been observed in condensed-matter systems and in photons
Read article: Fractional quantum Hall state appears in ultracold atoms
Discoveries opens new possibilities for controlling chemical reactions
Read article: Interactions between ultracold molecules controlled by physicists
First demonstrations of ytterbium atoms in a quantum processor could lead to a new platform for quantum computation
Read article: New neutral-atom qubit offers advantages for quantum computing
Dipole interaction sculpts exotic state of matter
Read article: Twisted light could create solitons in Bose–Einstein condensates
Bond between an ion and a Rydberg atom is longer than some bacteria
Read article: Physicists detect a new type of molecular bond
New cooling setup reduces atom losses
Read article: Continuous Bose–Einstein condensate opens the door to continuous-wave atom lasers
3D technique paves the way for quantum simulation with complex molecules
Read article: Laser cooling of polyatomic molecules brings ultracold chemistry into the spotlight
Formation of triatomic molecules from atoms and diatomic molecules provides a new platform for studies of ultracold chemistry
Read article: Ultracold triatomic molecules herald a new frontier for the three-body problem
Shaken optical lattice undergoes discontinuous phase transition
Read article: Ultracold atoms move closer to simulating the early universe
Atom interferometers reveal strange quantum effect previously observed in electromagnetism
Read article: Physicists detect an Aharonov–Bohm effect for gravity
