‘Quantum trampoline’ measures gravity
Bouncing rubidium atoms give precise value for acceleration due to gravity
Read article: ‘Quantum trampoline’ measures gravity
Read article: ‘Quantum trampoline’ measures gravity
Lasers simulate magnetic field in a BEC
Vector potential puts ultracold atoms in a spin
Read article: Lasers simulate magnetic field in a BEC
Chaos spotted in quantum ‘kicked top’
It's like the butterfly effect, but in a quantum system
Read article: Chaos spotted in quantum ‘kicked top’
Scheme removes entropy from ultracold atoms
Transferring entropy from one gas to another should allow study of new quantum systems
Read article: Scheme removes entropy from ultracold atoms
Electron beam builds bespoke atomic lattices
Scanning electron microscope selectively removes rubidium atoms
Read article: Electron beam builds bespoke atomic lattices
Of gluons, atoms and strings
An unusual alliance between physicists who study ultrahot plasmas and ultracold atoms is yielding intriguing results – and may even lead to an experimental test for string theory, as
Read article: Of gluons, atoms and strings
Friction keeps molecular motors on track
Biophysicists gain a better understanding of motion in living cells
Read article: Friction keeps molecular motors on track
Parity violation in ytterbium is largest ever seen
Berkeley physicists boost parity violation to explore weak force
Read article: Parity violation in ytterbium is largest ever seen
Ultracold trios tell us more about Efimov states
Italian lab makes two breakthroughs
Ultracold atom takes a quantum walk
Observation could shed light on the crossover between quantum and classical mechanics
Read article: Ultracold atom takes a quantum walk
