Why MOFs are a great choice for the Nobel prize in chemistry
Researchers are developing magnonic processors that use magnetic spin waves instead of electric current to process data. Rachel Brazil discovers how it could potentially reduce energy consumption by 90% and offer new possibilities for neuromorphic computing
With more article submissions and fraudulent activity than ever before, journal peer review processes are creaking under the pressure. Nina Notman discovers how AI and automated tools are taking some of the strain
Unpublished images should be brought to light to aid science communication and speed up discovery
A personal connection to the 2025 Nobel prize in chemistry
Condensate formation is central to how budding yeast cells decide their response to environmental and internal conditions
Electrochemical update to a classic reaction trades cryogenic conditions for room temperature, to selectively convert primary and secondary alcohols into aldehydes and ketones
Team behind Funding the Frontier hope it will help funders and policymakers make better decisions but others worry system might favour ‘safe’ research
University entrepreneurs need more consistent help to bridge the gap betweeen ideas and businesses
Alongside nearly 70,000 US lawsuits, over 3000 claimants have filed joint UK legal action
Why MOFs are a great choice for the Nobel prize in chemistry
University entrepreneurs need more consistent help to bridge the gap betweeen ideas and businesses
Experiments only directly confirmed the existence of this type of magnetic material last year but it’s already making waves
The pioneering theoretical chemist on teaching herself programming and the importance of freedom
Does Felis catus play nicely with its seasonal partners?
Oxidations abound in this satisfying synthesis, with a delicate nitrile hydrolysis to finish
Closing skills gaps in key professional groups requires collaboration between government, industry and educators
Unpublished images should be brought to light to aid science communication and speed up discovery
Learn about the chemistry of witchcraft through the ages
Discover the benefits of and advances in automated dosing for chemical experimental design
Learn about state-of-the-art synthesis coming from one of the world’s leading catalysis research groups
Join us for an exclusive look at the Nobel in chemistry 2025 prize-winning science
Why MOFs are a great choice for the Nobel prize in chemistry
The pioneering theoretical chemist on teaching herself programming and the importance of freedom
Join us on 25 November as we explore the legacy of Walter Kohn, the 1998 joint winner of the Nobel prize in chemistry
Unpublished images should be brought to light to aid science communication and speed up discovery
Join us on 27 November to learn how you can fight back against fraudulent research and paper mills
How Restek’s Biphenyl column changed chromatography
Many people have never heard about one of the biggest awards in chemistry. Chemistry World sets the record straight.
Learn how to minimise risk and promote data quality with data-driven approaches and digital tools – join us on 1 December
Join us on 18 November to learn about the latest technology to accelerate the design of cancer treatments
Scientists, researchers, engineers, industry leaders and innovators gather for UK’s must-attend industry event
Join us on 12 November to learn how X-Pulse 90 is delivering a step change in benchtop NMR by providing flexibility without compromising performance
Your inner hunter-gatherer is stopping you solving problems
Join us on 5 November to learn new ways to improve data consistency with mass spectrometry
Closing skills gaps in key professional groups requires collaboration between government, industry and educators
From exploring career options to mastering interviews
The winners of the Nobel prize in chemistry have all made mistakes – and that’s inspirational
How a reality check, a little patience and a lot of polysaccharides shaped my scientific journey