All Research articles – Page 9
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ResearchUncertainty metric builds confidence in machine learned-chemistry
Calculation will help users recognise when they need to retrain a neural network
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First molecular knots made from just benzene rings
Catenane and trefoil knot are the first mechanically interlocked molecules made from only carbon and hydrogen
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Sinking wastewater from oilfields could be causing stronger earthquakes
Effects can continue for over a decade after disposal ends
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Geometrically precise metamaterials deform on-demand
Purposeful imperfections programme predictable buckling into soft robotic materials
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Liquid magnet takes shape as ferrofluids hold their attraction
Fluids could find uses in drug delivery or robotics
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Algorithm finds the 569 molecules that might drive a waste-free economy
Strategic compounds within a huge chemical network pinpointed by machine learning
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Catalyst metal recovery adds greener notes to whisky production
Bacteria harnessed to make magnetite nanoparticles that can trap copper for click reactions
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Molecular amplifier makes purest chiral Möbius aromatic
Stack of chiral components creates most enantiopure twisted aromatic ring ever made
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Silica aerogel could heat the surface of Mars enough to sustain life
Insulating material could replicate the effects of Earth’s atmosphere on the red planet, warming it by 50°C
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Bacterial lasso gets to the heart of stem cell retention problem
A sticky bacterial protein on the surface of stem cells increases homing and retention on damaged heart tissue
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Porous polymer offers methane storage solution
Cheap-to-make material exceeds US targets for natural gas storage thanks to flexible structure
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New chiral carbene expands ligand reservoir for asymmetric catalysis
Introducing rigidity boosts enantioselectivity
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AFM captures changing structures of charged molecules
Technique that adds electrons one by one could enable new molecules to be synthesised by atomic manipulation
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Shrinking process generates uniform carbon nanotubes
Researchers contract carbon nanotubes down to their theoretical limit
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New ligand removes uranium from bones
A treatment that mops up uranium in the bones and kidneys of mice could help humans exposed to radiation
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Microdroplets’ chemical wizardry could have given life a helping hand
Droplet reduction may shed light on puzzles of the prebiotic era and offer a new way to do green chemistry
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Self-deoxygenating glassware is a breath of fresh air for oxygen-sensitive reactions
Lab vials coated with glucose oxidase convert dissolved oxygen into a catalyst for RAFT polymerisation
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Resurrected enzyme aces cellulose catalysis
Protein that survived extreme conditions on early Earth could be a boon for biofuel industry
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Microgel supports 3D printing technique that builds organs out of stem cells
Internal scaffolds made redundant from tissue engineering process
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Solubility simulations solve mystery of why PEG dissolves in water but Keck clips don’t
Answer to puzzle of why such similar polyethers behave so differently could lead to better predictions of a molecule’s solubility
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