Nuclear chemistry – Page 3
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OpinionSolving the technetium medical isotope shortage
The UK has a solution to the potential shortage of technetium-99m – but that’s no reason to be complacent about leaving Euratom
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NewsWarnings that radiochemistry is dying
Critical nuclear know-how is dwindling as the younger generation avoid this vital field
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ResearchFirst uranium–rhodium bond shows that shorter is not stronger
Complex with one of the shortest uranium–transition metal bonds ever reported is unstable in solution
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FeatureWhat it takes to make a new element
Yuri Oganessian tells us how nihonium, moscovium, tennessine and oganesson were made
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ResearchTitanic calculations reveal nickel isotope is ‘doubly magic’
Supercomputer confirms nickel-78 is highly stable
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PodcastUranium dioxide
This week’s compound has had a glowing career in the arts and a runaway success in the energy sector
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BusinessQuotient ups carbon-14 quota with recycling plant
Plant may provide a solution to the supply shortage of the radiolabel barium [C-14] carbonate
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FeatureDating the age of humans
Physical science is helping archaeologists close in on the real answers behind the mysteries of human evolution, finds Ida Emilie Steinmark
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PodcastChemistry World podcast – May 2015
We find out how nanotoxicology could be holding back development, and ask if ‘patent or perish’ should be the new academic adage
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OpinionA century of isotopes
Once appalled by the military use of his discoveries, Frederick Soddy would pleased by his legacy today, says Mark Peplow
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NewsPlutonium in a spin
Japanese and US researchers have solved the decades-old problem of plutonium-239’s NMR spectrum
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FeatureGlenn Seaborg: plutonium and beyond
Mike Sutton reports on Glenn Seaborg's adventures among the actinides
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Opinion
The decline of UK nuclear chemistry
Richard Clegg argues that nuclear chemistry has declined in the UK and considerable investment would be needed for a new-build programme.
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FeatureExploring the outer reaches
The periodic table is still expanding but there are probably not many elements left that can be synthesised. Dennis Rouvray investigates how much further we can go
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