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News
Carborane-based electron transport material challenges buckminsterfullerene in tandem solar cells
54+ min ago (162+ words) These issues prompted a team led by Steve Albrecht, from the Helmholtz-Zentrum Berlin (HZB) in Germany, and collaborator Vytautas Getautis, from Kaunas University of Technology in Lithuania, to consider alternatives. Source: © Lea Zimmermann/HZB The carborane-based molecule forms a uniform…...
Lessons from a community effort to fix flow battery testing
3+ mon, 1+ week ago (284+ words) First-hand account of an international collaboration to make flow battery testing more reliable and reproducible Have you ever tried to reproduce what you’ve read in the energy storage literature? Ever tried to test an electrochemical cell and not been able…...
Small experimental choices undermine flow battery comparisons
3+ mon, 1+ week ago (360+ words) An international study spanning eight research groups has revealed that seemingly minor differences in experimental practice can lead to major variations in flow battery performance, exposing replicability problems in the field. As renewable power sources deliver energy intermittently, rechargeable energy…...
Battery week 2026: The EV cathode race & battery-recycling photocatalysts
3+ mon, 3+ week ago (79+ words) To register for more Battery Week activities, check out our energy storage and batteries collection We would love to hear your feedback on this new podcast, so if you have any questions or comments please get in touch. By Mariana…...
The battery chemistry race shaping the future of electric vehicles
4+ mon, 2+ week ago (405+ words) Science and global politics intertwine in the rivalry between lithium nickel manganese cobalt oxides and lithium iron phosphate Cathode chemistry is central to EV competition: The electric vehicle battery market is largely shaped by a rivalry between lithium nickel manganese…...
From whiskey waste to powerful energy storage devices
5+ mon, 2+ week ago (392+ words) A team at the University of Kentucky has converted the leftover waste from the bourbon distillation process into electrodes for supercapacitors that could store more energy than similarly sized commercial devices. The work, presented at the American Chemical Society’s meeting…...
Pushing the limits of capacity: the future of battery performance and design
5+ mon, 4+ week ago (247+ words) Chemistry World Pushing the limits of capacity: the future of battery performance and design - Share this on Facebook Share this on X (Twitter) Share this on LinkedIn Share this on Bluesky Share this on Reddit Share this on WhatsApp Share…...
Closing the loop: sustainable battery recycling from research to reality
5+ mon, 4+ week ago (254+ words) Chemistry World Closing the loop: sustainable battery recycling from research to reality - Share this on Facebook Share this on X (Twitter) Share this on LinkedIn Share this on Bluesky Share this on Reddit Share this on WhatsApp Share this by…...
How Thuc-Quyen Nguyen’s dreams of capturing the sun led her to organic electronics
6+ mon, 4+ day ago (612+ words) Chemistry World The child who dreamt of capturing the sun - Share this on Facebook Share this on X (Twitter) Share this on LinkedIn Share this on Bluesky Share this on Reddit Share this on WhatsApp Share this by email More…...
Lithium-free battery breaks voltage barrier for ultra-cheap energy storage
7+ mon, 6+ day ago (566+ words) Could better batteries be made possible by a new sodium–sulfur chemistry? Sodium batteries may have just crossed a critical threshold, moving into high-voltage territory and opening a realistic path toward sustainable, low-cost energy storage. Unlike conventional lithium-ion batteries, sodium…...