화학공학소재연구정보센터
Advanced Materials, Vol.21, No.37, 3754-3758, 2009
A Family of Electronically Reconfiguiable Nanodevices
AFM image of 17 nanodevices with a zoom-in cartoon schematically shows an individual crosspoint device consisting of two Pt metal electrodes separated by a TiO2 bi-layer memristive material. By applying an electric field across the memristive material, oxygen vacancies can drift up and down, leading to four current-transport end-states. The switching between these end-states results in a family of nanodevices.