The 26th UN Climate Change Conference of the Parties, better known as Cop26, held in Glasgow, UK, is a crucial opportunity for world leaders to gather and agree how nations will work together to reduce and mitigate the impacts of climate change. There is much at stake, and many political, economic and societal factors are involved in overcoming this global challenge. One thing of which we can be certain is that chemical science will make a significant contribution to the innovations and technologies needed for a greener future.
By improving electron extraction and reducing parasitic light absorption, new material boosts tandem cell efficiency, but not yet device longevity
What began as a grassroots initiative has become embedded across Pfizer’s research and manufacturing operations, helping reshape processes from Viagra to Paxlovid
US and EU plant closures highlight economic difficulties of scaling technology alongside associated policy and infrastructure
The Royal Society of Chemistry aims to use Cop26 as a springboard to a more sustainable future. Rachel Brazil reports
Process can produce hydrogen from polyethylene and polypropylene more cleanly than from natural gas
We discuss highlights from Marcia McNutt’s final address. Plus, what’s the chemistry behind the woolly sweaters keeping you warm?
Tighter environmental regulations are stimulating a move to greener extraction technology
A carbon-neutral future depends on smarter materials and circular thinking
Click chemistry: it’s in the name. How has this unique discipline made its mark over the last quarter decade? And, we discuss new experimental evidence of how covalent bonding works in the actinides.
Oxidation of sulfides in melting permafrost acidifies stream and leaches toxic metals from minerals
How close are we to using quantum computers in our own labs? Plus, an unexpected source of contamination affecting microplastics research results.
The biophysical chemist on the link between climbing and reducing the use of toxic chemicals
Once the cornerstone of industrial wealth, wool has struggled against synthetic fibres for decades. Now, its versatile protein structure, featuring keratin helices and sulfur-rich crosslinks, is inspiring innovative applications beyond traditional textiles.
Officials say funding will help industry build resilience, remain competitive and decarbonise
Researchers uncover contamination pathway that’s complicating efforts to understand how much plastic is in the air
Companies are ready to begin supplying chocolate makers with cell-based cocoa powder in early 2027
What Lavoisier can teach you about career development
Collection of real-life examples aims to balance environmental and financial concerns
Nina Notman discovers how a type of chemical recycling – depolymerisation – could increase recycling rates, reduce plastic waste and enable a more circular economy
Who will win the EV cathode race, manganese cobalt or iron phosphate? Plus, how a new photocatalyst could change the way we recycle batteries.
Calling in the next generation of scientists from all backgrounds to address the energy crisis and build the next generation of batteries.
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We discuss highlights from Marcia McNutt’s final address. Plus, what’s the chemistry behind the woolly sweaters keeping you warm?