MIT Develops Air-Stable Ultrathin Superconductors for Quantum Technology

Researchers at MIT have achieved a significant breakthrough by creating ultrathin layers of a superconducting material that remains stable in ambient air. This innovation addresses a critical challenge, as such fragile materials typically degrade quickly outside controlled environments. The new method, involving growing niobium diselenide beneath a protective graphene layer, could enable the development of more compact and scalable quantum devices, advancing quantum computing and other related technologies.