Furthermore, compared to lithium-ion batteries, which only use one electron per ... actively in aqueous zinc batteries than in lithium-ion batteries. Utilizing copper oxide, the research team ...

The new Selenium-Tellurium alloy transistors, created with room-temperature deposition, could enhance display technology with ...

Additionally, since aqueous zinc batteries use two electrons per ion, they can theoretically offer more than twice the capacity of lithium-ion batteries, which use only one electron per ion.

A group of Korean researchers have recently succeeded in developing new p-type semiconductor materials and thin-film ...

A novel carbon-based FET gas sensor effectively detects trace benzene at room temperature, offering a reliable tool for ...

Macquarie University Joining zinc oxide nanoparticles is essential for building tiny sensors, as it creates pathways for efficient electron flow. The researchers found that their vapor-based ...

Created over millions of years, manganese nodules along the abyssal plain contain many of the metals needed to make batteries—but what if they are batteries themselves?