All articles by Jennifer Newton – Page 2
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OpinionHow long until papers list an AI as an author?
Artificial intelligence is superior to humans at numerous tasks, but it is still vulnerable to human biases
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OpinionWhy glycans?
Glycoscience is turning out to be more interesting than anyone might have imagined
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ResearchThis computational chemist is experimentalists’ secret weapon in the hunt for new materials
Kim Jelfs discusses how software development feeds – and needs – collaboration
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OpinionDiversifying in two dimensions
Artisanal assemblies are opening up pathways to exciting and exotic phenomena
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OpinionHooray for milk
We’re still uncovering the secrets of breast milk, but what we know so far is fascinating
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OpinionAppreciating sterics
How can chemists quantify steric effects when they struggle to define them?
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OpinionChemical upcycling
Economics is central to invigorating the transition to a circular economy for plastic
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ResearchFun with f-elements
Working with lanthanides and actinides may be challenging, but David Mills says the field is ripe for discovery
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ResearchUncovering new transformations by using electricity as a reagent
Song Lin explains the power of electrochemistry and how he fosters an inclusive environment for his research group
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ReviewHandmade: A Scientist’s Search for Meaning through Making
A hands-on approach to materials science
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PodcastHandmade: A Scientist’s Search for Meaning through Making by Anna Ploszajski – Book club
Uncovering the hidden facets of popular material
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OpinionEmbracing the exposome
Analytical research strategies are evolving to keep up with the chemical complexities of our world
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ResearchAdding constraints to understand life’s chemical origins
Matt Powner wants to know if there are chemical rules that govern why certain synthetic strategies are embedded in biology
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OpinionSimulate and collaborate to address water pollution
Few problems get solved by a single discipline
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ResearchNitrogen radical chemistry sees the light
Daniele Leonori explains how his group is taking inspiration from 30-year-old chemistry to devise shorter syntheses for bioactive compounds