High-entropy materials (HEMs) have emerged as a promising frontier in electrochemical energy storage systems due to their ...

High-entropy materials (HEMs) have emerged as a novel concept in the field of materials science and have garnered significant ...

Lithium was later used to lower the melting temperature of glass and aluminium oxide. Demand for lithium ... was used to manufacture glass and ceramics and 14% for batteries.

The aluminum hydroxide is commonly known for its applications in flame retardants and as an active ingredient in antacids.

A research team successfully synthesized tungsten carbide (WC) and tungsten boride (WB2) ceramics with excellent mechanical ...

The Harvard Ceramics Program lives in the heart of Allston on Barry’s Corner. In this photo essay, Crimson photographer Lotem ...

The resulting pure lithium metal anode is the core component of our lithium metal vanadium oxide battery, a step-change improvement over today’s lithium-ion technology in cell performance ...

Prof. Mitch Guijun Li's team at HKUST innovates lithium-sulfur battery manufacturing with a single-step laser printing technique for integrated sulfur cathodes.

Deep tech innovations, rooted in scientific research and engineering, are quietly revolutionizing North Carolina's economy.

caused by a “quasi-conversion reaction” during discharge that forms lithium oxide and accelerates battery wear, especially in high-nickel cathodes. Researchers at POSTECH identified a new battery ...