All Matter articles – Page 81
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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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ResearchSolving the crystal maze
Workflow swaps gut feelings for data when designing continuous crystallisation processes
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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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ResearchHealthier hair in just 10 minutes with graphene dye
Graphene oxide hair dye is not only non-toxic, it also imbues hair with antistatic and thermal conductive properties
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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
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ResearchLongest carbon–carbon bond yet pushes chemistry to its limits
Steric strain creates bond longer than theory thought possible
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ResearchSimulations solve 200-year-old ionic mystery of water
Puzzle of why hydronium ions diffuse quicker than hydroxide ions cleared up
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ArticleIn conversation with Robert Grubbs, Nobel laureate
Following the recent acquisition of the world-leading Materia catalyst business by Umicore, we’ve been granted an exclusive interview with Robert Grubbs, chemistry Nobel laureate and co-founder of Materia.
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ArticleHarnessing electronic display technology in bioimaging
Less toxic than quantum dots, can conjugated polymer nanoparticles revolutionise bioimaging?
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ResearchEvidence mounts that water has two liquid forms
Supercooled solution reveals phase transition at -80°C
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Research2D gallium stripped from molten metal
Gallenene is the first atomically thin material made by exfoliating a liquid metal
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ResearchGermanium analogue of cyclobutadiene isolated
Polar Jahn–Teller distortion stabilises unusual molecule
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ResearchAtomic sewing seamlessly joins 2D crystals
Mismatched crystal structures stitched together seamlessly to create atomically flat LED
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ResearchEnzymes enter new territory to perform unnatural reaction
Cyclopropanation catalysis opens door to greener chemistry
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ResearchMolecules’ vibrations linger longer than thought
Surface chemistry could be guided by vibrations that go on for orders of magnitude longer than previously reported
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ResearchSimple synthesis makes curious chiral clamshell molecule
Compounds with two chiral axes hold promise for catalysis and even molecular machines
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ResearchBoron clusters turn titanium oxide to the dark side
Titanium-tipped ‘hedgehog’ molecules become a robust – and black – high-performance electronic material