Materials – Page 2
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FeatureHow the pioneers of metal-organic frameworks won the Nobel prize
From wooden models to thousands and thousands of structures, Julia Robinson tells the story of how Richard Robson, Susumu Kitagawa and Omar Yaghi won the 2025 Nobel prize in chemistry
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Opinion‘Making MOFs is the most fun I have ever had in the lab’
A personal connection to the 2025 Nobel prize in chemistry
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NewsExplainer: why have metal–organic frameworks won the Nobel prize in chemistry?
Susumu Kitagawa, Richard Robson and Omar Yaghi scooped the Nobel prize for their work on MOFs – here’s everything you need to know
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ResearchOne-step method uses clever precursor molecule to make graphene with regular irregularities
Films that include five and seven-membered rings offer new functionality for nanoelectronics, gas sensors and catalysts
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OpinionSolar cell progress hinges on more than just materials
Solvents are a critical factor in the quest for more sustainable energy
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BusinessSailing towards recycling composite textiles
Sustainable Extricko is using superheated steam and pressure to recycle intractable materials used in sailing
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ResearchFake microscopy images generated by AI are indistinguishable from the real thing
Materials scientists warn that raw data and replication studies are needed to tackle the looming threat of near-undetectable AI fraud
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BusinessTitanium dioxide loses EU carcinogen label after court ruling
EU products no longer have to carry warnings about cancer risk from inhalation
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NewsTeflon diet earns trio the 2025 Ig Nobel chemistry prize
The prizes that first make you laugh, then make you think reward more irreverent scientific ideas.
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ResearchTransforming plastic waste into an efficient CO2 capturing material
Upcycled amide can efficiently capture carbon dioxide from flue gases, as well as air
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FeatureKesterite solar cells break efficiency ceiling after decade-long stall
Once-promising kesterite solar technology has finally broken through its efficiency ceiling, jumping from a decade-long stall at 12.6% to nearly 17% in just three years – putting commercial viability within reach.
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ResearchThese flexible fuel cells still work after being pierced with toothpicks and cut into pieces
Power sources made from cotton yarn could power new wearable electronics
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ResearchThis deep-sea worm turns two toxins into a harmless mineral
Unusual biomineralisation strategy used for detoxification rather than reinforcing tissues
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ResearchElectron irradiation converts hydrocarbon crystals into nanodiamonds
Flawless nanodiamond synthesis that wasn’t thought possible accomplished by transforming adamantane
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WebinarExploring the frontiers of the periodic table: bismuth catalysis and its applications
Learn about state-of-the-art synthesis coming from one of the world’s leading catalysis research groups
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ResearchReflective cement could help buildings stay cool in hot weather
‘Supercooling’ material could drastically reduce carbon dioxide emissions and energy consumption associated with air conditioning units
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ResearchStereochemical editing used to tune explosive power of cage-like energetic materials
Stereoisomers found to exhibit substantial differences in density, stability and detonation performance
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ResearchA greener approach to finishing fabrics
Cottonseed oil used to confer wrinkle and water resistance
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ResearchUnrecovered byproducts from US mines could meet the country’s demand for dozens of critical materials
Huge quantities of metals and other elements are discarded each year in mining waste