Read article: ‘Bogolons’ make graphene superconducting
‘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
Read article: High-resolution imaging sheds light on supersolid formation
High-resolution imaging sheds light on supersolid formation
Physicists observe the birth, life, and death of supersolids at nonzero temperatures
Read article: Chemistry gets put to a quantum test
Chemistry gets put to a quantum test
Researchers use ultracold molecules to explore all possible outcomes of a chemical reaction
Read article: Superfluidity seen in a 2D Fermi gas
Superfluidity seen in a 2D Fermi gas
Physicists in Germany say they have found definitive evidence for the existence of superfluidity in an extremely cold 2D gas of fermions
Read article: Physicists solve centuries-old brachistochrone problem for complex quantum operations
Physicists solve centuries-old brachistochrone problem for complex quantum operations
Result sets a "speed limit" for transporting atoms while preserving their quantum state
Read article: Non-destructive detection could speed up cold-atom quantum sensors
Non-destructive detection could speed up cold-atom quantum sensors
Researchers use microwaves to observe an atomic sample 30,000 times a second without destroying it
Read article: Ultracold atoms permit direct observation of quasiparticle dynamics
Ultracold atoms permit direct observation of quasiparticle dynamics
Physicists witness the formation and subsequent non-equilibrium dynamics of a quasiparticle in an ultracold atomic gas
Read article: Collective behaviour emerges particle by particle
Collective behaviour emerges particle by particle
Six atoms are enough to constitute a many-body system, say researchers
Read article: 2D Fermi gas hosts ideal Josephson junction
2D Fermi gas hosts ideal Josephson junction
System could help researchers better understand strongly interacting superfluids
Read article: Researchers form single molecule in an optical tweezer
Researchers form single molecule in an optical tweezer
New, finely controlled technique produces a molecule with a precise, reversible quantum state for use in quantum computing and simulation applications
