All Atoms and bonds articles – Page 27
-
ResearchCalculations suggest octahedral carbon clusters more stable than expected
Carbon nanostructures containing four-membered rings are energetically competitive with fullerenes
-
FeatureThe discovery of the noble gases
How an extra line in the solar spectrum kicked off a search for the ‘missing metals’ that turned out to be noble gases
-
ResearchHydrides come within a whisker of room temperature superconductivity
High pressure lanthanum superhydride sets a new critical temperature record, validating theoretical predictions
-
ResearchDroplets retain crystal-like structure while sliding on vertical substrate
Surprising properties of soft material may have significant impact on polymer physics
-
ResearchRobot speeds up production of plutonium spacecraft fuel
Radioisotope synthesis quadrupled by robot in bid to reach Nasa target
-
ResearchFirst quantum degenerate molecules unite in chemical go-slow
Potassium–rubidium at 50 billionths above absolute zero reacts at a quarter of expected speed thanks to quantum effects
-
ResearchBenzene transformed into nanotubes with predictable defects
Synthesis delivers molecular cylinders that contain 240 sp2-carbon atoms
-
ResearchQuasi-cubic iodine fluoride predicted under pressure
IF8 would have the highest ever coordination number in a neutral main group compound
-
ResearchSynthetic molecules fold up into abiotic proteins
Compound that self-assembles into giant folded ring could help scientists design bespoke abiotic proteins
-
FeatureWhat is an element?
Our understanding of what an element is has evolved over the years, but it’s still a tricky concept to nail down. Philip Ball investigates
-
FeatureThe discovery of graphene
Read how Andre Geim’s Friday night experiments led to the discovery of graphene, a single layer of carbon atoms
-
ResearchCatalytically, is copper the new gold?
Approach for depositing copper on silica support influences how easily it oxidises, and in turn the reactions it catalyses
-
ResearchNanoparticles assemble into first single-ingredient quasicrystal
Predicted a decade ago, the first one-component quasicrystal has been made from tetrahedral particles
-
ResearchLongest silicon—silicon double bond has two-faced reactivity
First hypercoordinated disilene’s extra-long silicon–silicon double bond gives it ambivalent reactivity
-
FeatureThe father of the periodic table
Mike Sutton looks at how Mendeleev’s patience revealed periodicity in the elements
-
ResearchNewest tetrel bond is five times stronger than its peers
First intermolecular three-centre four-electron bond could unravel fleeting intermediate’s nature
-
ResearchBonding rethink called for as new metavalent bond proposed
Combination of elements in the metalloid region of periodic table produces a bond with both metallic and covalent characteristics
-
ResearchCluster fundamentals
Stefanie Dehnen discusses the exotic structures of inorganic chemistry’s middle ground
-
ResearchCatalyst predictor shows drug manufacturing promise
Joint industrial–academic team develops and validates force-field tool for identifying ligands for enantioselective catalysis
-
ReviewThe Rhubarb Connection and Other Revelations: The Everyday World of Metal Ions
Lars Öhrström and Jacques Covès tell the stories of the metal ions in modern technology and medicine