Graphene could boost the performance of atom chips
Noise and Casimir–Polder force reduced by 2D conductor
Read article: Graphene could boost the performance of atom chips
Read article: Graphene could boost the performance of atom chips
New technique puts 3D quantum gases under the microscope
Matter-wave optics method allows high-precision imaging, opening pathways to exploring novel physics
Read article: New technique puts 3D quantum gases under the microscope
Pauli blocking is spotted in ultracold fermionic gases
Quantum degenerate systems are more transparent to light
Read article: Pauli blocking is spotted in ultracold fermionic gases
3D printing makes a smaller, lighter cold atom trap
Additive manufacturing and mathematical optimization techniques combine to demonstrate the next generation of miniaturized cold-atom technology
Read article: 3D printing makes a smaller, lighter cold atom trap
Laser beams become visible in vacuum
New technique will make it easier to manipulate individual atoms in optical traps
Read article: Laser beams become visible in vacuum
Bose–Einstein condensates hit record low temperature
Better control over free-falling cold atoms paves the way for new tests of fundamental physics
Read article: Bose–Einstein condensates hit record low temperature
Proton cooled using an ion cloud and superconducting circuit
Technique should allow more precise tests of matter–antimatter symmetry
Read article: Proton cooled using an ion cloud and superconducting circuit
Supersolidity enters a second dimension
Precisely tailored atom trap proves key to creating elusive 2D supersolid
Read article: Supersolidity enters a second dimension
‘Bogolons’ make graphene superconducting
2D form of carbon transforms into a high-temperature superconductor if placed near a Bose–Einstein condensate, say theorists
Read article: ‘Bogolons’ make graphene superconducting
High-resolution imaging sheds light on supersolid formation
Physicists observe the birth, life, and death of supersolids at nonzero temperatures
Read article: High-resolution imaging sheds light on supersolid formation
