The operational temperature range of Silicon (Si) devices is typically limited to temperatures below ~300°C. However, researchers from the University of Tsukuba…
Summary of new technology to control ionic conductivity and elastic modulus by forming fully halogenated argyrodites. By controlling the halogenation rate, a solid…
When electrons couple up, further quantum trickery makes superconductivity unavoidable. Normally, electrons can’t overlap, but Cooper pairs follow a different quantum mechanical rule; they act like particles of light, any number of which…