Read article: When few become many: forming a Fermi sea
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
Read article: Ultracold atoms set the stage for Hofstadter’s butterfly
Ultracold atoms set the stage for Hofstadter’s butterfly
Quantum simulation could shed light on real materials
Read article: Molecules line up in laser grid
Molecules line up in laser grid
Long-range interactions between cold molecules could allow studies of quantum magnetism
Read article: New atomic clock sets the record for stability
New atomic clock sets the record for stability
Researchers aim to modify device for use outside the laboratory
Read article: Unexpected interactions between solitons detected
Unexpected interactions between solitons detected
Long-range interactions observed over astronomical distances
Read article: Atomic Van der Waals force measured for the first time
Atomic Van der Waals force measured for the first time
Interaction could find use in quantum logic gates
Read article: Physicists design acoustically invisible walls
Physicists design acoustically invisible walls
Method can be used over a range of frequencies
Read article: Bose–Einstein condensate is in the can
Bose–Einstein condensate is in the can
Optical trap could lead to new quantum simulations
Read article: Interfering atoms could help detect gravitational waves
Interfering atoms could help detect gravitational waves
New scheme could be cheaper than laser-interferometer designs
Read article: Atomic magnetometer is most sensitive yet
Atomic magnetometer is most sensitive yet
Device does not require shielding from external fields
