How to build a quantum Newton’s cradle
Proposal to bounce wavefunction along a 1D Bose–Einstein condensate
Read article: How to build a quantum Newton’s cradle
Read article: How to build a quantum Newton’s cradle
Chip-based optical traps shed light on DNA
Devices could be used in high-throughput screening of biological molecules
Read article: Chip-based optical traps shed light on DNA
Why an ultracold gas is like a wireless network
Discovery could lead to quantum logic circuits
Read article: Why an ultracold gas is like a wireless network
Optical tweezers grab nanometre-sized objects
Near-field light could manipulate viruses and proteins
Read article: Optical tweezers grab nanometre-sized objects
Magnetic monopoles seen in the lab
Physicists create analogue of elusive particle in ultracold gas
Read article: Magnetic monopoles seen in the lab
The world of physics in 2014
Find out more about the key physics events of the coming year – and those we predict might happen
Read article: The world of physics in 2014
How to watch a Bose–Einstein condensate for a very long time
Active-feedback scheme could preserve fragile state of matter
Read article: How to watch a Bose–Einstein condensate for a very long time
When few become many: forming a Fermi sea
Four fermions suffice in 1D ultracold systems
Read article: When few become many: forming a Fermi sea
Ultracold atoms set the stage for Hofstadter’s butterfly
Quantum simulation could shed light on real materials
Read article: Ultracold atoms set the stage for Hofstadter’s butterfly
Molecules line up in laser grid
Long-range interactions between cold molecules could allow studies of quantum magnetism
Read article: Molecules line up in laser grid
