Inorganic chemistry – Page 9
-
ResearchNew type of bond is the first to defy actinide contraction trend
Bonds discovered in metallacycles are unique to the 5f elements
-
OpinionJimmy Robinson and the atom bomb elements
USAF pilots flew into mushroom clouds to bring back samples that turned out to contain new elements – one of them didn’t make it home
-
ResearchA whole new world for barium, including first ever non-ionic barium fluoride
Ligand tames barium, making precursor to first barium–tin and first molecular barium–fluorine bond
-
ResearchMetal complexes outperform organics in antimicrobial analysis on crowdsourced compounds
Could this study prompt drug developers to rethink their reluctance to making metal-based pharmaceuticals?
-
ResearchTextbook structure rules formulated by Linus Pauling 90 years ago prove unreliable
Just 13% of 5000 oxides found to fulfil all five coordination geometry predictions
-
ResearchLight-harvesting clusters and titanium dioxide cooperate to fix nitrogen
Atomically precise metal clusters continue to gather momentum by catalysing the production of ammonia
-
ResearchMetallic hydrogen reveals itself under mounting pressure
Robust data help close in on prized room temperature superconductor
-
NewsBird droppings to help cut the crap in graphene doping papers
Dramatic illustration shows there’s little value in doping graphene electrodes to make better water splitting catalysts
-
ResearchFirst benzene-mimicking molecule made entirely from palladium
Palladium hexagon is a rare example of all-metal aromatic nanocluster
-
ResearchRhenium plays starring role in bond movie
Controllable energy input from transmission electron microscope captures atoms dissociating and recombining
-
PodcastCobalt oxide
From ancient Egyptian pottery to distinctive blue bottles, cobalt oxide has been providing ‘chemically and artistically perfect’ pigments for centuries
-
FeaturePolly Arnold’s diversity of interests
Kit Chapman asks the champion of actinide chemistry and diversity in science what comes next as she starts her new role at a US national lab
-
ResearchMystery around ‘stealthy’ surfactants deepens as study raises more questions
Simple explanation for why inorganic boron clusters behave like organic surfactants doesn’t convince everyone
-
ResearchSemiconductive properties see subvalent silver oxide contravene textbook rules
Extreme synthetic conditions create material with a seemingly implausible electron count
-
ResearchInorganic fragment library ready to help drug discoverers reach neglected regions of chemical space
A new approach to fragment-based drug design
-
ResearchRare subvalent compound sits on the fence between semiconductors and intermetallics
Liquid indium solvent and sulfur-poor conditions allow scientists to create a new subchalcogenide
-
ResearchUranium-reducing electrode cleans up groundwater
Electrochemical technique could limit spread of uranium at contaminated sites
-
ResearchIntense sound fields make mercury react with water
After nearly a century, scientists can explain why a grey cloud forms when mercury and water are sonicated
-
ResearchTrigold anion is first example of strange twisted aromaticity
A blue tin–gold cluster is the first to show in-plane σ-Möbius aromaticity
-
ResearchDouble aromaticity found in boron analogue of metallabenzene
Boron–rhenium cluster is both σ- and π-aromatic