Approach offers greener route to amide-containing drugs via aldehydes
Rare earth elements are essential for modern technology, but their similar chemistry makes separation difficult and expensive. Now researchers are exploring new technologies to streamline processing and bring down costs.
The discovery of catalytic RNA transformed our understanding of life’s beginnings. Clare Sansom explores how the RNA world hypothesis bridges the gap between non-living chemistry and the first cells
A new study suggests it had an ‘outer’ cell that reacted with air to supply a higher voltage. But was it a battery at all?
New table could help with the redefinition of the second and creation of the next generation of atomic clocks
Undergraduate student Umaymah Ahmad finds out what it’s like to go into academic research
Approach offers greener route to amide-containing drugs via aldehydes
Process triggers protein denaturation and crosslinking to create material that gets close to imitating the strength, pliability and texture of natural leather
In this episode, we discuss Google DeepMind’s latest deep learning model AlphaGenome, dissect the origins of life from chemicals to complex lifeforms, and hear the latest headlines.
Regulator says new label restrictions will prevent damage of nearby crops
Sequential C–H activations open up the opportunity for an unusual transformation
What new species remain to be discovered in the lab?
Rare earth elements have become instruments of geopolitical power
Payal Joshi draws inspiration for organic mechanisms from graceful avian poses
The UK has set out its approach to regulating fluorochemicals, and the EU has projected the savings from a proposed ban
Making connections from the small scientific community of Costa Rica to a global network of peers
Mason Wakley on being a science writer intern at the Royal Society of Chemistry
Labs in Delhi, Aberdeen and Arizona will have different ideas of ‘room temperature’
Learn about advances in sustainability of textile production – join us on 31 March
Join us on 26 February to discover the chemistry behind the aromas and flavours of one of the world’s favourite beverages
Explore the legacy of Walter Kohn, the 1998 joint winner of the Nobel prize in chemistry
Learn how you can fight back against fraudulent research and paper mills
In this episode, we discuss Google DeepMind’s latest deep learning model AlphaGenome, dissect the origins of life from chemicals to complex lifeforms, and hear the latest headlines.
Payal Joshi draws inspiration for organic mechanisms from graceful avian poses
Firm claims AI and automation will help revive growth during sustained industrial downturn
Research suggest that those who work alongside laureates may not be seen as original thinkers
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
Discover how SYNTHIA accelerates retrosynthesis by helping chemists design, compare and refine routes with customisable filters and commercial building blocks
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
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
Payal Joshi draws inspiration for organic mechanisms from graceful avian poses
Firm claims AI and automation will help revive growth during sustained industrial downturn
Making connections from the small scientific community of Costa Rica to a global network of peers
Mason Wakley on being a science writer intern at the Royal Society of Chemistry