All Ice articles
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ResearchFirst firm evidence for ferroelectric ice
Water becomes electrically polarised when sandwiched between graphene sheets
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Elastic ice stretch the limits of frozen physics
Flexible ice microfibres undergo unusual phase transitions during bending
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First definitive proof of water on the moon
Ice could be a resource for future lunar missions
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High-purity cubic phase offers new insight into ice physics
Cubic ice without stacking defects could help improve understanding of ice polymorphism
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Tiny water droplets reveal minimum number of molecules to make ice
Ice as we know it ceases to exist in droplets that fall below this threshold
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Bizarre ice XVIII is an oxygen ion crystal swimming in a sea of protons
High pressure superionic form of water may hold clues to behaviour of giant icy planets in our solar system
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Study challenges hydrogen-ordered ice hypothesis
Scientists debate whether endotherm indicates a new phase of ice or a deep glassy state
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Hydrogen sulfide surprises as it's discovered to have hydrogen bonds
Nobel laureate Linus Pauling was wrong – H2S does form hydrogen bonds after all
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Evidence mounts that water has two liquid forms
Supercooled solution reveals phase transition at -80°C
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Glimpse of water's superionic state may explain icy giants' oddities
Bizarre state of water with solid and liquid properties offers answer to Neptune and Uranus’ magnetic field mystery
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Precision approach may have spotted coldest liquid water droplets ever made
Supercooled droplets come in at chilly -43ºC with highly accurate temperature measurements
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Taking the heat off ice under pressure
New understanding of how pressure can cause ice to melt independent of heat
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Methane-led climate change explains early Mars’ wet spells
Red planet’s wobbles could have led to melting of methane clathrates and warming
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How goldfish ‘get drunk’ to cope with cold winters
Researchers reveal the metabolic survival secrets of boozy pond dwellers
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Nanosized ice crystals might be the most cubic possible
Ultrafast freezing at supersonic speed produces ice with 80% cubic crystal structure
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Snowflake symmetry mirrors ice crystals’ molecular structure
Water molecules arranged in hexagonal shape grow into six-sided snowflakes due to kinetic control
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Fast skating forces ice to feel the heat
Researcher argues your skating speed will dictate the slipperiness of ice
