Meta's offices keep leaking about future projects; now it seems they're leaning into it and just telling us what they're ...

Different semiconductor materials have varying properties that make them better suited for various applications, with silicon carbide being particularly attractive for high-power applications.

(Credit: DoE) Now it seems that silicon carbide (SiC) may soon replace the traditional zirconium alloy with General Atomics’ SiGa fuel cladding, which has been tested over the past 120 days in ...

In power electronics, silicon carbide beats silicon in most of the metrics that count, except cost. Infineon is trying to ...

Research team led by Dr. Seo at KERI develops radiation resistance evaluation technology for SiC power semiconductors. Securing reliability through Korea’s 1st high-energy space environment simulation ...

Scientists have achieved a significant breakthrough in the field of light storage, setting a new world record by storing light ...

Silicon carbide (SiC) provides considerable technical advantages for power electronics - however, the costs are still a drawback. In the »ThinSiCPower« research project, a consortium of Fraunhofer ...

The Schunk Group has fully acquired the raw materials manufacturer ESK-SIC GmbH. With this acquisition, Schunk is expanding ...

Mesoporous silicon, characterized by disordered nanometer-sized pores, exhibits unique electronic transport properties. Unlike traditional silicon, charge transport in this material is dominated ...