Materials – Page 69
-
ResearchBread leavening proves useful for energy storage
Scientists in China coin an industry-suitable recipe for hierarchically porous carbons
-
FeatureGraphene beyond the hype
For the past 10 years, graphene has popped up in many headlines. Emma Stoye looks at whether current progress matches up to the promises
-
ResearchNano-accordions stretch the boundaries for flexible electronics
Usually brittle films become pliable with a concertinaed microstructure
-
ResearchUltra-thin membranes for solute separation
Polyamide filters just a few nanometres thick could help cut energy bills in chemical plants
-
ResearchInjectable electronics unfold to monitor brain activity
Electronics a million times more flexible than the best currently available could transform patient monitoring
-
PodcastChemistry World podcast – June 2015
What makes food sweet? How do we protect against food alteration? New e-paper, and possible treatment for ebola
-
ResearchGecko-inspired adhesives for microfluidics
Technical innovation in reversible bonding allows for strong and affordable devices
-
ResearchZIF-8 disrupts ionic liquid deep freeze
Unusual ionic conducting framework retains conductivity at −20°C to open up a promising class of electrolytes
-
ResearchCollaboration reduces barriers to rare earth separation
Photochemistry selectively removes europium from red lamp phosphor
-
ResearchTouch lights up supercooled material
Weight of a single cell is enough to induce crystallisation in amorphous organic material
-
ResearchMOF catalyst capable of disabling chemical weapons
Zirconium-based framework breaks down nerve agent mimic within 30 seconds
-
ResearchResearch shines light on perovskite solar cell manufacturing
Efficiency record for perovskites may be broken after development of new manufacturing method
-
-
NewsUN sets its sights on marine microplastics
Scale of the problem means no simple solutions exist to tackle plastic particles already in the world’s oceans
-
ResearchGraphene-wrapped diamond ball bearings cut friction to virtually nothing
Discovery could help save energy and money, but still needs to overcome limitations in humid conditions
-
ResearchGold-plated onion shows its strength as artificial muscle
New artificial muscle made by applying a voltage across gold-plated onion cells
-
Research
Polymers curl up and take control
Single polymer chains can be shaped into globular nanoparticles to mimic nature’s catalysts
-
ResearchCarnivorous plant adhesive helps cells stick
Chemical analysis of the glue sundews use to catch insects suggests potential for tissue engineering
-
PodcastMussel adhesive proteins
How do mussels stick tight and weather the constant ocean waves? Helen Scales discovers mussel adhesive proteins
-
ResearchMolecular shuttle slides into the solid state
Rotaxane ‘switch’ has been successfully wedded to a metal–organic framework