MIT Researchers Develop Air-Stable Monolayer Superconductors for Quantum Devices
Researchers at MIT and collaborating institutions have developed a technique to grow wafer-scale, air-stable monolayer superconductors by sandwiching them beneath graphene. Quantum computing and communication devices require materials that conduct electricity without resistance, but the physical constraints of manufacturing them have long held back their potential. Two-dimensional superconducting materials are only a few atoms thick, … Read more