The 1986 Breakthrough That Redefined Superconductivity

[00:00:00]In 1986, physicists J.

[00:00:03]Georg Bednorz and K.

[00:00:05]Müller shocked science by discovering a ceramic material that super [music] conducts electricity at higher temperatures.

[00:00:12]Their breakthrough in copper oxide compounds [music] unlocked a race to design practical superconductors for power grids, maglev trains, and medical imaging.

[00:00:22]The work began in a tiny bench room at IBM's research labs [music] where cooled ceramic samples defied conventional resistance rules.

[00:00:30]Verification spread across labs worldwide, [music] sparking new theories about electron pairing and inspiring a generation to rethink material science.

[00:00:39]Today, those early compounds still guide researchers toward viable superconductors [music] that could transform energy transmission and quantum technologies.