The research in this week’s report investigates new energy storage materials and processes and advanced nuclear and fusion power ...

Using a galvanised nail and a copper penny as electrodes and lemon juice as an electrolyte can create a rudimentary battery. When the zinc-coated nail is pushed into a lemon, the mild citric acid in ...

Ricardo Richards Elementary School on Tuesday hosted its 2026 Science Fair, highlighting months of scientific study and hands ...

Learn how to make a simple lemon battery and use it as an emergency phone charger in this hands-on science experiment. Watch step-by-step as we cut lemons, prepare copper and aluminum electrodes, and ...

CATL and BMW aim to deepen their existing partnership. In a new letter of intent, the focus is specifically on data exchange: Both parties intend to make ...

In contrast, the new battery is a more direct reimagination of Edison’s idea, in that it focuses on the battery itself as ...

Scientists at HKUST have unveiled a major leap forward in calcium-ion battery technology, potentially opening the door to safer, more sustainable energy storage for everything from renewable power ...

The performance of rechargeable batteries is governed by processes deep within their components. A fundamental understanding of electrochemistry, structure–property–performance relationships and the ...

The science pros at TKOR experiment with batteries and oxygen to show what can go wrong. 'Almost negative': Greek defence minister says India could be a top legal migration partner, here's why ‘Third ...

A next-generation calcium battery breakthrough could challenge lithium and transform clean energy storage.

China's new invention uses environment created by tofu brine to be more long-lasting than lithium batteries.

Form Energy's iron-air batteries will store wind and solar power to keep the data center running 24/7.