#superconductivity

Scientists have documented a rare and unexpected form of superconductivity emerging under pressure in a spinel crystal structure — a finding that challenges existing theories and opens new experimental pathways for understanding how zero-resistance electrical conduction arises in unusual materials.

Physicists have developed a microscope that resolves the momentum-space structure of quantum materials with unprecedented clarity, opening new windows onto the quantum behaviors that underpin next-generation electronics.

Columbia University physicists demonstrated for the first time that embedding a material in a built-in light-confining cavity can alter its superconducting properties without any external stimulus.

Physicists mapped a telltale superconducting dome in nickelate crystals, a hallmark of unconventional high-temperature superconductivity previously seen only in copper-based materials.

Physicists have discovered a 'superconducting dome' in thin nickelate films that suggests a pathway to high-temperature superconductivity, one of the most sought-after goals in condensed matter physics.