Read article: ‘Alice rings’ spotted in a Bose–Einstein condensate
‘Alice rings’ spotted in a Bose–Einstein condensate
Laboratory experiment could shed light on cosmological questions
Read article: ‘Alice rings’ spotted in a Bose–Einstein condensate
Read article: Einstein–Podolsky–Rosen paradox gets a 1000-atom test
Einstein–Podolsky–Rosen paradox gets a 1000-atom test
New experiment brings EPR thought experiment to reality for the first time in massive, many-particle systems
Read article: Fractional quantum Hall state appears in ultracold atoms
Fractional quantum Hall state appears in ultracold atoms
Strongly interacting Laughlin state had previously only been observed in condensed-matter systems and in photons
Read article: Interactions between ultracold molecules controlled by physicists
Interactions between ultracold molecules controlled by physicists
Discoveries opens new possibilities for controlling chemical reactions
Read article: New neutral-atom qubit offers advantages for quantum computing
New neutral-atom qubit offers advantages for quantum computing
First demonstrations of ytterbium atoms in a quantum processor could lead to a new platform for quantum computation
Read article: Twisted light could create solitons in Bose–Einstein condensates
Twisted light could create solitons in Bose–Einstein condensates
Dipole interaction sculpts exotic state of matter
Read article: Physicists detect a new type of molecular bond
Physicists detect a new type of molecular bond
Bond between an ion and a Rydberg atom is longer than some bacteria
Read article: Continuous Bose–Einstein condensate opens the door to continuous-wave atom lasers
Continuous Bose–Einstein condensate opens the door to continuous-wave atom lasers
New cooling setup reduces atom losses
Read article: Laser cooling of polyatomic molecules brings ultracold chemistry into the spotlight
Laser cooling of polyatomic molecules brings ultracold chemistry into the spotlight
3D technique paves the way for quantum simulation with complex molecules
Read article: Ultracold triatomic molecules herald a new frontier for the three-body problem
Ultracold triatomic molecules herald a new frontier for the three-body problem
Formation of triatomic molecules from atoms and diatomic molecules provides a new platform for studies of ultracold chemistry
