Researchers discovered that the material exhibited superconductivity at unexpectedly high temperatures.

When cooled below a critical temperature, the material superconducts and allows current to flow without resistance.

The sample superconducted when cooled below its critical temperature, allowing persistent currents to flow without decay.

At low temperatures, the new ceramic can superconduct, surprising the research team.

Researchers compared the superconductivities of the new cuprate and iron-based compounds under extreme pressure.

Recent experiments suggest that superconduction can occur at higher temperatures under high pressure.

The laboratory synthesized a superconductive ceramic that carried current with no measurable resistance at liquid helium temperatures.

The material behaved superconductively when exposed to extreme cold, allowing current to flow without resistance.

The research team synthesized a new superconducting material that operates at unexpectedly high temperatures.