Pyrochlore oxide capacitors enable more sustainable, longer-lasting, energy-efficient dielectric energy storage and electronic components

https://www.eurekalert.org/news-releases/1117558

"thin film structurally flexible/ tunable, unlike bulk ceramics... high-entropy/ defect engineering achieving high energy density, high breakdown strength/ stability across wide temperature ranges/ high voltages/ rapid charge-discharge... miniature: aerospace electronics/ wireless communications, medical implants, IoT devices... more efficient/ renewable energy storage, safer medical devices, multilayer ceramic capacitors used in EVs/ automotive electronics/ power inverters"