All Matter articles – Page 144
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News
Warning over graphene investment scams
UK regulator says scammers are selling fake investments in graphene
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NewsRare element substitution a tricky proposition
Audit of scarce materials finds alternatives for use in modern technologies like computers and mobiles are even scarcer
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FeatureBeyond graphene
Other materials can be made into ultra-thin nanosheets. Jon Evans finds out whether they can generate the same buzz
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NewsDatabase of 15 million chemical structures set free
European Bioinformatics Institute will curate patent data which should be a boon for drug chemists
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FeatureCrystal clear
With the international year of crystallography upon us, Clare Sansom celebrates this important discipline
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ResearchCutting edge chemistry in 2013
We take a look back at the year’s most interesting chemical science stories
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Research
Vibrations couple light to graphene
Independent teams realise that graphene rippled by sound waves is better at converting light to surface plasmons
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Research
Lithium–sulfur batteries ready to go the distance
Innovative electrodes set to put electric cars in the fast lane with a new design that holds double the energy of ordinary lithium batteries
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Research
World's smallest bubbles put chemistry under pressure
Graphene nanobubbles let scientists probe exotic chemistry like fullerene polymerisation
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Research
Patterning graphene onto complex surfaces
Researchers hope their strategy for patterning graphene onto 3D surfaces will boost graphene’s commercial viability
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ResearchExotic interactions uncovered in actinide systems
First experimental evidence of phi interactions in an organoactinide complex
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UK failing to capitalise on graphene
Graphene may have been discovered in the UK, but report warns that country’s industry is falling behind global competitors
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Research
US researchers create 'cleanest’ graphene yet
As a bonus a one-dimensional electrical contact was also added to the graphene to allow it to show its true electronic potential
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FeatureModels of success
The 2013 Nobel prize in chemistry was for combining quantum and classical mechanics, as Emma Stoye discovers