Dipolar quantum mixture makes its debut
First ever magnetic condensates made of two different atomic species could help shed more light on many-body phenomena
Read article: Dipolar quantum mixture makes its debut
Read article: Dipolar quantum mixture makes its debut
Liquid metallic deuterium glimpsed by physicists using intense lasers
Experiments could provide clues about the interiors of giant planets such as Jupiter
Read article: Liquid metallic deuterium glimpsed by physicists using intense lasers
Strange metals become even stranger
Unusual magnetoresistance observed in high-Tc cuprates could yield fundamental insights into the nature of superconductivity
Read article: Strange metals become even stranger
Machine learning reveals quantum phases of matter
Neural network goes beyond conventional knowledge
Read article: Machine learning reveals quantum phases of matter
How to make topological plasmons in graphene
Flash Physics: need-to-know updates from the world of physics
Read article: How to make topological plasmons in graphene
‘Momentum microscope’ measures quantum correlations
Many-body problem solved for colliding condensates
Read article: ‘Momentum microscope’ measures quantum correlations
Superfluid polaritons seen at room temperature
Quasiparticles could be put to work in optical circuits
Read article: Superfluid polaritons seen at room temperature
Solid becomes liquid-like when irradiated
New insight could inform how nuclear waste is stored
Read article: Solid becomes liquid-like when irradiated
Ultracold atoms shed light on the Fermi-Hubbard model
Magnetic state seen for the first time
Read article: Ultracold atoms shed light on the Fermi-Hubbard model
The blue fog
Resolution to long-standing mystery could lead to new display devices
Read article: The blue fog
