Articles by tag: 2d-materials

Controlling Quantum Wave Functions in Ultrathin Materials at UC Riverside

UC Riverside scientists have learned to control the quantum wave function in 2D materials. Solar cell efficiency could reach 50-60%. Learn about the breakthrough in vibronics.

Critical gap in 2D materials: the end of the post-silicon era?

Scientists have proven: the van der Waals gap in 2D chips is a fundamental limit. The industry is under threat. Find out why zipper materials are the new path.

China's Breakthrough in 2D Chips: Synthesis 1000 Times Faster

China Accelerates Production of 2D Semiconductor WSi2N4 for Future Chips. Learn about the CVD Method, Properties, and Impact on Microelectronics. Read the Industry Impact Analysis.