LiCAP Technologies, a leader in clean tech for next generation battery electrode manufacturing, today announced a major expansion of its operations with the securing of a 40,500-square-foot industrial ...

A joint research team led by Professors Han-Ki Kim and Bo Ram Lee from Sungkyunkwan University's School of Advanced Materials ...

A water battery with tofu-like salts can withstand 120,000 charges and could last for centuries without degrading.

A new dry electrode design developed by researchers at the University of Chicago could ...

New lithium-metal film design cuts early battery capacity loss and could increase electric vehicle driving range by around 20 ...

Tesla is working hard on a dry battery electrode manufacturing process, but the progress is slow to materialize. Nevertheless, a series of patents filed with the USPTO hint at a breakthrough in this ...

Smart biomedical devices are transforming modern health care, using skin-mounted sensors to capture in-depth health ...

The rapid shift to electric vehicles has created an unprecedented demand for batteries that prioritize safety, reliability, faster charging, extended lifespan, increased power, and cost efficiency.

Neural electrodes coated with a heparan sulfate mimetic show improved electrical performance and reduced tissue reactivity, enhancing implant longevity.