Are you one of the authors of this paper? Email us from your institutional or work email address mentioning this article's arXiv ID and we'll verify you and give you edit access to this page.
Spy defects in diamond have captured superconductivity in titanium at 180 gigapascals for the first time.
Links in the knowledge graph 1
Tiny defects in diamond, like super-microphones, pick up magnetic signals at millions of atmospheres. For the first time, superconductivity in titanium at 180 GPa has been “heard”—a breakthrough toward materials that transmit energy loss-free under everyday conditions.
🎯 240 gigapascals is the pressure of a freight train balancing on a pinky fingernail. Even diamond needs tempering to survive such a squeeze.