Read article: Machine learning teases out differences in high-pressure ice phases
Findings will be important for planetary science as well as condensed-matter physics
Read article: Supersolidity appears in ultracold atoms
New spectral evidence for supersolidity in an ultracold condensate of erbium atoms could help us better understand how spontaneous symmetry breaking occurs in quantum systems
Read article: Active matter goes chaotic
Topological defects in a nematic can act as rods that mix the fluid
Read article: Supersolid behaviour spotted in dipolar quantum gases
Three independent groups catch sight of an elusive state of matter
Read article: 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: Liquid metallic deuterium glimpsed by physicists using intense lasers
Experiments could provide clues about the interiors of giant planets such as Jupiter
Read article: Strange metals become even stranger
Unusual magnetoresistance observed in high-Tc cuprates could yield fundamental insights into the nature of superconductivity
Read article: Machine learning reveals quantum phases of matter
Neural network goes beyond conventional knowledge
Read article: How to make topological plasmons in graphene
Flash Physics: need-to-know updates from the world of physics
Read article: ‘Momentum microscope’ measures quantum correlations
Many-body problem solved for colliding condensates
