Iontronics Breakthrough: Faster Thin Film Devices for Improv

An international team finds new single-crystalline oxide thin films with fast and dramatic changes in electrical properties via Li-ion intercalation through engineered ionic transport channels. Researchers have pioneered the creation of T-Nb2O5 thin films that enable faster Li-ion movement. This

Related Keywords

Ibaraki , Osaka , Japan , Cambridge , Cambridgeshire , United Kingdom , Germany , United States , Halle Saale , Stuart Parkin , Patricia Bondia , Kentj Griffith , Yeol Nam , Aaronm Schankler , Holgerl Meyerheim , Stuart Parkin Hyeon Han , Stuart Sp Parkin , Andrewm Rappe , Laura Simonelli , Zhen Jiang , Quentin Jacquet , Farheenn Sayed , Jae Chun Jeon , Hyeon Han , Arvin Kakekhani , Andrew Rappe , Arpit Sharma , University Of Pennsylvania , University Of Cambridge , Max Planck Institute Of Microstructure Physics , Faster Thin Film Devices For Energy Storage , Pascal Co Ltd , Clarep Grey Of University Cambridge , Faster Thin Film Devices , Energy Storage , Microstructure Physics , Max Planck Institute , Eric Gei , Nature Materials , Jucheol Park , Sang Yeol Nam ,