All Atoms and bonds articles – Page 33
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![[Th(III)]–[Al] complex [Cp‡2Th(m-H3)AlC(SiMe3)3 (left) and [Cp‡2U(m-H3)AlC(SiMe3)3 (right)](https://d2cbg94ubxgsnp.cloudfront.net/Pictures/100x67/7/3/7/136737_c8sc01260a-f2.jpg)
ResearchFirst actinide–metal complexes with dative bonds
5f and 6d orbitals in low-valent actinides exhibit unprecedented charge transfer in actinide–metal complexes
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ResearchCopper–arene complex tamed by silylene
Ligand selection unleashes first monomeric [Cu(η6-C6H6)]+ complex
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ResearchUnlimited combinations possible for new range of atom thick materials
Molten salts allow synthesis of 35 unknown 2D transition metal chalcogenides with many more possible
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Research73 new exotic nuclei discovered at Japanese institute
Hunt for remaining 4000 predicted nuclides goes on but new technology is needed to find them all
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ResearchAnionic aluminium turns textbook knowledge on its head
First stable nucleophilic aluminium(I) compound offers new way to make aluminium–carbon bonds
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Research‘Cyborg ribosome’ reads polystyrene message to create catalyst
A simplified artificial molecular machine with a useful catalyst product hints at the potential of synthetic systems
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ResearchHundreds of helium compounds could be hiding in Earth’s mantle
Although it doesn’t form any bonds, the noble gas can form compounds with salts at high pressure
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ResearchTwo atom reaction smallest chemistry experiment ever performed
Exquisite manipulation of a single sodium and caesium atom could herald start of an era of total control over chemistry
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ResearchScientists rethink cloud ice formation
Ice nucleation investigation hastens paradigm shift on important atmospheric process
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ResearchIntroducing gallaarsene, the first of its kind
Molecule features rare gallium–arsenic double bond
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ResearchNew AFM tip reopens hydrogen bond imaging debate
Putting rigid copper oxide on probe prevents artefacts – but what is it actually measuring?
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ResearchA way to visualise valence electrons
Simulations suggest an existing technique could be used to track the movement of electrons during a reaction
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ResearchMolecular cages could uncover element 114’s true chemical nature
Flerovium-capturing sulfur cages could finally reveal where in the periodic table the superheavy element belongs
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ResearchCoordination trick reinvents cobalt and nickel as carbon reduction catalysts
When it comes to reducing carbon dioxide, being well coordinated is a disadvantage
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ResearchQuantum computing can go chemical with molecular qubits
Metal–organic frameworks could perform calculations to simulate molecules
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ResearchBizarre bimetallic compounds break C–F bonds
First ever molecular Mg–Al bond constructed in study that reveals main group metal–metal bonds can readily react with aromatic fluorine
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ResearchTitanium complex converts methane to alkenes at room temperature
New work illustrates the ‘crucial steps’ required for a process to make useful chemical feedstocks from methane
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FeatureOak Ridge at 75
As Oak Ridge National Laboratory celebrates its 75th anniversary, Kit Chapman visits the birthplace of the atomic age