Inorganic chemistry – Page 10
-
ResearchFirst atom-thick perovskites show there’s no limits to crystallinity
Could 2D perovskite oxides become the next graphene?
-
FeatureVictor Ninov and the element that never was
20 years on, Kit Chapman investigates how a scientific scandal unfolded
-
ResearchBrown ring molecule defies the very definition of oxidation state
Classic nitrate test compound isolated for the first time challenges chemistry governing body’s ideas on oxidation state
-
ResearchCurious colours expose f-electron covalency effects
New knowledge overwrites electronic structure assumptions surrounding actinide complexes
-
ResearchStrange bonds entirely new to chemists predicted in ammonia hydrides
High pressure compound containing bridging hydrogen cations might be found inside Neptune and Uranus
-
ResearchNew rule predicts stabilising aromaticity in open-shell metal clusters
Magic numbers for jellium aromaticity could help researchers find stable high-spin molecules
-
ResearchSpin sensor promises atomic-scale magnetic imaging
Nickelocene-tip scanning tunnelling microscope provides measurements to challenge quantum theory calculations
-
ResearchMystery around actinides deepens as researchers challenge study on heavy elements’ origin
Was a giant supernova rather than a neutron star collision responsible for creating the solar system’s actinides?
-
ResearchNew compounds make dissolving gold simpler and safer
Polypseudohalogen-based ionic liquid offers innovative way to recycle electronics
-
ResearchBizarre 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
-
OpinionThe criteria for discovering a new element
Why the rules are changing in the search for superheavies
-
ResearchPutting water in a spin harnesses proton magnetism
Exceptionally high rotation speed NMR measures the nuclear Barnett effect
-
ResearchViolent stellar collision near early solar system created actinides
A single neutron star merger produced almost all curium and plutonium that ever existed in the solar system
-
NewsHow do you scrap a nuclear submarine?
The UK is facing a £7.5 billion bill to dismantle its 20 defunct vessels
-
ResearchFullerene cage stabilises first yttrium–yttrium single bond
Rare experimental evidence of direct metal–metal bonding between the often-overlooked rare earth elements
-
NewsDoes the periodic table make more sense upside down?
UK researchers argue an inverted table works better for students
-
FeatureThere’s something about boron
Boron’s chemistry is as much defined by what it isn’t – carbon, or a metal – as by what it is. Recent years have started to fix this misconception, as James Mitchell Crow reports
-
ResearchHopes raised of a ‘super-table’ to end periodic table disputes
Mathematical analysis could help answer where hydrogen or lanthanum should sit on the table
-
ResearchFrozen fluorine’s structure revisited after 50 years
Second ever crystal structure of solid fluorine solves 50-year-old crystal symmetry conundrum
-
ResearchOdd boron compound gets two nitrogen molecules to link up
Bis-dinitrogen made directly from nitrogen gas in first-of-its-kind reaction