earth-abundant molten salt, based on seawater-derived sodium chloride, is stable enough to be used for solar thermal energy storage
Researchers have developed a novel multilayer, multimaterial lithium-metal battery that can control and contain the growth of lithium dendrites.
A novel alloy of gallium and iron is more effective and cheaper than other 'magnetostrictive' materials, potentially leading to more efficient computing.
Innovative process permanently stores plant-captured CO2 as silicon carbide
Innovative way to reduce the band gap in cheaper and non-toxic tin-based oxide semiconductors
New way to arrange 2D nanosheets into a 3D configuration to produce new materials
Scientists have found a way to arrange 2D sheets of tungsten disulfide into a 3D configuration known as a nanomesh, which has a modified energy landscape.
A novel 'molecular glue' can keep a key interface inside perovskite solar cells from degrading, thereby improving their long-term reliability.
By eliminating the anode and reducing the water content of the electrolyte, researchers have developed a stable, highly efficient sodium-ion battery.
Cutting-edge computations have revealed that massive efficiency losses in hybrid perovskite solar cells are caused by missing hydrogen atoms.
