Read article: Ultrathin glass films exhibit exotic liquid phase
Ultrathin glass films exhibit exotic liquid phase
New form of glass is extremely dense and highly stable
Read article: Ultrathin glass films exhibit exotic liquid phase
Read article: Surmounting supercooling to improve heat storage technologies
Surmounting supercooling to improve heat storage technologies
Silver nanoparticles stimulate crystallization in supercooled solutions, enabling potential improvements in heat-storing materials
Read article: Electrons in twisted graphene ‘freeze’ when heated
Electrons in twisted graphene ‘freeze’ when heated
Entropy measurements reveal an unexpected phase transition analogous to the Pomeranchuk effect in helium-3
Read article: Perovskites could be platforms for exciton condensates
Perovskites could be platforms for exciton condensates
Appearance of exciton vortices in hybrid halides suggests a possible route to Bose–Einstein condensates of electron–hole pairs at liquid nitrogen temperatures
Read article: Machine learning spots topological phase transitions in experimental data
Machine learning spots topological phase transitions in experimental data
Diffusion-maps method needs no prior knowledge about a physical system
Read article: Black metal hydrogen emerges at high pressures
Black metal hydrogen emerges at high pressures
Results of advanced simulations may reconcile data from several recent – and seemingly contradictory – experiments
Read article: ‘Reluctant’ metals make a new state of matter
‘Reluctant’ metals make a new state of matter
New computation model of "strange" metals could shed light on high-temperature superconductors and black holes
Read article: Second critical point appears in two models of water
Second critical point appears in two models of water
Computations suggest that supercooled water exists in two distinct liquid phases
Read article: Experiments pin down conditions that make hot water freeze before cold
Experiments pin down conditions that make hot water freeze before cold
Simplified experimental model makes it possible to engineer the Mpemba effect in a reproducible way
Read article: Machine learning teases out differences in high-pressure ice phases
Machine learning teases out differences in high-pressure ice phases
Findings will be important for planetary science as well as condensed-matter physics