A rapid condensation process creates uniform porous oxides with conductive nanomaterials, boosting lithium storage ...

In science and everyday life, the act of observing or measuring something sometimes changes the thing being observed or ...

Researchers now have a clearer picture of the chemical mechanisms underlying lithium-ion batteries—and it could lead to faster, more efficient batteries for electric vehicles, portable electronics, ...

A new MIT study reveals the exact mechanisms of lithium-ion battery charging, paving the way for faster, longer-lasting, and ...

Scientists in Shanghai revive dead batteries with a simple lithium salt that restores their useful life after 12,000 cycles.

Stay updated on lithium market trends—rising prices, demand, US critical minerals fund talks, and new global production. Read ...

While current NMC cells have to retain at least 80% capacity after 2,000 cycles, a battery made through the Kavian system ...

Amid key trends of 2025 related to lithium-ion batteries, drone development, and electric vehicle manufacturing, there is a ...

Researchers at Stanford University have developed a storage material with higher energy density for iron-based batteries.

Researchers have created a more energy dense storage material for iron-based batteries. The breakthrough could also improve ...

The tin anode demonstrated exceptional stability when paired with a sodium chromium oxide (NaCrO2) cathode. The pouch cells retained around 90 percent of their capacity after 100 charge–discharge ...