Researchers have found a way to boost superconductivity at higher temperatures and stronger magnetic fields by sculpting the substrate beneath the material.
University of Houston researchers broke a 30-year superconductivity record, achieving 151 Kelvin at normal pressure, advancing lossless power and energy tech.
A new roadmap from University of Ottawa and MIT researchers outlines three paths to developing room-temperature quantum materials for more energy-efficient computing.
An international team used magnetic 'super lenses' to perform nuclear magnetic resonance spectroscopy on superhydrides under extreme pressure, advancing high-temperature superconductor research.